/*=========================================================================== FILE: acdb_command.c OVERVIEW: This file contains the implementaion of the helper methods used to service ACDB ioctls. DEPENDENCIES: None Copyright (c) 2010-2012 Qualcomm Technologies, Inc. All Rights Reserved. Qualcomm Technologies Proprietary and Confidential. ========================================================================== */ /*=========================================================================== EDIT HISTORY FOR MODULE This section contains comments describing changes made to the module. Notice that changes are listed in reverse chronological order. Please use ISO format for dates. $Header: //source/qcom/qct/multimedia2/Audio/audcal2/common/8k_PL/acdb/rel/4.2/src/acdb_command.c#2 $ when who what, where, why ---------- --- ----------------------------------------------------- 2010-11-16 ernanl 1. Added get/set calibration data of Afe table API 2010-09-21 ernanl 1. Device Info Data Structure changes, update ACDB to main backward comptible with new changes. 2. ADIE calibration support. 2010-07-23 ernanl Complete get/set function and introduce new functions into command specific functions 2010-07-01 vmn Split apart the global functions into command specific functions. 2010-06-16 aas Fixed the get table so that it returns module id, param id and data length of each calibration unit 2010-04-26 aas Initial implementation of the acdb_ioctl API and associated helper methods. 2012-05-15 kpavan 1. New interface for APQ MDM device Mapping. 2. New interface to get TX RX Device pair for Recording 2012-06-01 kpavan 1. New interface to get RX device list for AUDIO EC recording TX device. 2012-06-22 kpavan 1. Topology override fix(CR 370002 ) by naveen. 2012-07-10 aboppay Removing warning messages in src ========================================================================== */ /* --------------------------------------------------------------------------- * Include Files *--------------------------------------------------------------------------- */ #include "acdb_command.h" #include "acdb.h" #include "acdb_default_data.h" #include "acdb_init.h" #include "acdb_override.h" /* --------------------------------------------------------------------------- * Preprocessor Definitions and Constants *--------------------------------------------------------------------------- */ /* --------------------------------------------------------------------------- * Type Declarations *--------------------------------------------------------------------------- */ /* --------------------------------------------------------------------------- * Global Data Definitions *--------------------------------------------------------------------------- */ /* --------------------------------------------------------------------------- * Static Variable Definitions *--------------------------------------------------------------------------- */ /* --------------------------------------------------------------------------- * Static Function Declarations and Definitions *--------------------------------------------------------------------------- */ static int32_t AcdbCmdGetDataIndex (uint32_t ulModuleId, uint32_t ulParamId, AcdbDataTopologyType *pTopology, uint32_t ulTopologySize, uint32_t *pDataIndex, uint32_t *pParamMaxSize) { int32_t result = ACDB_SUCCESS; if (pTopology == NULL || pDataIndex == NULL || pParamMaxSize == NULL) { result = ACDB_BADPARM; } else { uint32_t i =0; for (; i < ulTopologySize; ++i) { if (ulModuleId == pTopology[i].ulModuleId && ulParamId == pTopology[i].ulParamId) { *pDataIndex = i; *pParamMaxSize = pTopology[i].ulMaxParamLen; break; } } if (i == ulTopologySize) { result = ACDB_PARMNOTFOUND; } } return result; } /* --------------------------------------------------------------------------- * Externalized Function Declarations and Definitions *--------------------------------------------------------------------------- */ int32_t AcdbCmdInitializeAcdb () { int32_t result = ACDB_SUCCESS; AcdbDataModuleVersionType modvers; AcdbDataTargetVersionType tgtvers; AcdbDataModuleVersionType swmodvers; AcdbDataTargetVersionType compiledtgtvers; // Verify if the ACDBDATA target version is equivalent to the ACDBSW target // version and verify if the ACDBDATA data structure version is compatible // with the implementation in this file. The expectation is minor version // changes should NOT affect the code in this file. // If a mismatch occurs, fail initialization. (void) AcdbDataIoctl (ACDBDATA_GET_ACDB_VERSION, NULL, 0, (uint8_t *)&modvers, sizeof (modvers)); (void) AcdbDataIoctl (ACDBDATA_GET_TARGET_VERSION, NULL, 0, (uint8_t *)&tgtvers, sizeof (tgtvers)); (void) AcdbDataIoctl (ACDBDATA_GET_SW_TARGET_VERSION, NULL, 0, (uint8_t *)&compiledtgtvers, sizeof (compiledtgtvers)); (void) AcdbDataIoctl (ACDBDATA_GET_SW_ACDB_DATA_STRUCTURE_VERSION, NULL, 0, (uint8_t *)&swmodvers, sizeof (swmodvers)); // Check the Target Version first to protect against a mismatch between // Product Lines (where the likelihood of a data structure change is high). if (tgtvers.targetversion != compiledtgtvers.targetversion) { result = ACDB_MISMATCH_TARGET_VERSION; ACDB_DEBUG_LOG("[ACDB Command]->Target Version Mismatch between Data and Command\n"); } else if (modvers.major != swmodvers.major) { result = ACDB_MISMATCH_DATA_SW_VERSION; ACDB_DEBUG_LOG("[ACDB Command]->Data Structure Version Mismatch between Data and Command\n"); } else { (void) acdb_init (); #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdInitializeAcdb]->Initialization command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetAcdbSwVersion (AcdbModuleVersionType *pOutput) { int32_t result = ACDB_SUCCESS; uint16_t major = 0; uint16_t minor = 0; AcdbModuleVersionType majorMinorVersion; (void) AcdbDataIoctl (ACDBDATA_GET_SW_ACDB_VERSION, NULL, 0, (uint8_t *)&majorMinorVersion, sizeof (majorMinorVersion)); major = majorMinorVersion.major; minor = majorMinorVersion.minor; if (pOutput != NULL) { memcpy(&pOutput->major,&major,sizeof(pOutput->major)); memcpy(&pOutput->minor,&minor,sizeof(pOutput->minor)); #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAcdbSwVersion]->Query command request is completed\n"); #endif } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAcdbSwVersion]->System Erorr\n"); result = ACDB_BADSTATE; } return result; } int32_t AcdbCmdGetTargetVersion (AcdbTargetVersionType *pOutput) { int32_t result = ACDB_SUCCESS; uint32_t nTargetVersion = 0; AcdbDataTargetVersionType compiledtgtvers; (void) AcdbDataIoctl (ACDBDATA_GET_SW_TARGET_VERSION, NULL, 0, (uint8_t *)&compiledtgtvers, sizeof (compiledtgtvers)); nTargetVersion = compiledtgtvers.targetversion; if (pOutput != NULL) { memcpy(&pOutput->targetversion,&nTargetVersion,sizeof(uint32_t)); #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTargetVersion]->Query command request is completed\n"); #endif } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTargetVersion]->System Erorr\n"); result = ACDB_BADSTATE; } return result; } int32_t AcdbCmdGetDevicePair (AcdbDevicePairType *pInput, AcdbDevicePairingResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePair]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl (ACDBDATA_GET_DEV_PAIR_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if (result == ACDB_SUCCESS && NULL != tbl.pBuffer && 0 != tbl.nBufferLength) { AcdbDevicePairType *pDevPairTbl = (AcdbDevicePairType *) tbl.pBuffer; uint32_t i = tbl.nBufferLength; pOutput->ulIsDevicePairValid = 0; while (i && pOutput->ulIsDevicePairValid == 0) { if (pInput->nTxDeviceId == pDevPairTbl->nTxDeviceId && pInput->nRxDeviceId == pDevPairTbl->nRxDeviceId) { pOutput->ulIsDevicePairValid = 1; } i -= sizeof(AcdbDevicePairType); if (i != 0) { pDevPairTbl ++; } } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePair]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetDevicePairList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePairList]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePairList]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl (ACDBDATA_GET_DEV_PAIR_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if (result == ACDB_SUCCESS && tbl.pBuffer != NULL && tbl.nBufferLength != 0) { if (pInput->nBufferLength >= tbl.nBufferLength) { memcpy((void*)(*pInput).nBufferPointer,(void*)tbl.pBuffer,tbl.nBufferLength); pOutput->nBytesUsedInBuffer = tbl.nBufferLength; } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePairList]->Insufficient buffer to hold the data"); } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePairList]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetAudProcTable (AcdbAudProcTableCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAudProcCmnLookupKeyType indx; uint32_t nSRId = 0; AcdbDataGetTblTopType tbltop; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nDeviceSampleRateId = nSRId; } else { indx.nDeviceSampleRateId = pInput->nDeviceSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { if( (Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcTable]->failed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcTable]->Query command request is completed " "DID [0x%08X] DSR [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType); #endif } return result; } int32_t AcdbCmdSetAudProcTable (AcdbAudProcTableCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataAudProcCmnLookupKeyType indx; AcdbDataLookupKeyType key; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nDeviceSampleRateId = nSRId; } else { indx.nDeviceSampleRateId = pInput->nDeviceSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if( (Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop) ); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcTable]->Failed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcTable]->Set command request is completed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType); #endif } return result; } int32_t AcdbCmdGetAudProcData (AcdbAudProcCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataAudProcCmnLookupKeyType indx; AcdbDataGetTblTopType tbltop; AcdbDynamicUniqueDataType *pDataNode = NULL; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nDeviceSampleRateId = nSRId; } else { indx.nDeviceSampleRateId = pInput->nDeviceSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcData]->Failed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcData]->Query command request is completed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetAudProcData (AcdbAudProcCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataAudProcCmnLookupKeyType indx; AcdbDataLookupKeyType key; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nDeviceSampleRateId = nSRId; } else { indx.nDeviceSampleRateId = pInput->nDeviceSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop) ); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcData]->Failed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcData]->Set command request is completed. " "DID [0x%08X] DSR [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nDeviceSampleRateId, pInput->nApplicationType, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetAudStrmTable (AcdbAudStrmTableCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudStrmTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudStrmTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAudProcStrmLookupKeyType indx; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationTypeId; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudStrmTable]->Failed. " "DID [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudStrmTable]->Query command request is completed. " "DID [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId); #endif } return result; } int32_t AcdbCmdSetAudStrmTable (AcdbAudStrmTableCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudStrmTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudStrmTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAudProcStrmLookupKeyType indx; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationTypeId; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudStrmTable]->Failed. " "DID [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudStrmTable]->Set command request is completed. " "DID [0x%08X] APT [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId); #endif } return result; } int32_t AcdbCmdGetAudStrmData (AcdbAudStrmCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudStrmData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudStrmData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataAudProcStrmLookupKeyType indx; AcdbDataGetTblTopType tbltop; AcdbDynamicUniqueDataType *pDataNode = NULL; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationTypeId; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStreamData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStreamData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStreamData]->Failed. " "DID [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStreamData]->Query command request is completed. " "DID [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetAudStrmData (AcdbAudStrmCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudStrmData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudStrmData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataAudProcStrmLookupKeyType indx; AcdbDataLookupKeyType key; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationTypeId; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop) ); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcStreamData] Failed. " "DID [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcStreamData] Set command request is completed. " "DID [0x%08X] APT [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationTypeId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetVocProcTable (AcdbVocProcTableCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataVocProcCmnLookupKeyType indx; uint32_t nSRId = 0; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; // Translate TX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nTxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nTxDeviceSampleRateId = nSRId; } else { indx.nTxDeviceSampleRateId = pInput->nTxDeviceSampleRateId; } // Translate RX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nRxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nRxDeviceSampleRateId = nSRId; } else { indx.nRxDeviceSampleRateId = pInput->nRxDeviceSampleRateId; } indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && ((Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nTxDeviceId,sizeof(indx.nTxDeviceId),NULL,NULL) == ACDB_SUCCESS) || (Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nRxDeviceId,sizeof(indx.nRxDeviceId),NULL,NULL) == ACDB_SUCCESS)) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; }else { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcTable]->Failed. " "TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X] RXSR [0x%08X] NID [0x%08X] VSR [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcTable]->Query command request is completed. " "TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X] RXSR [0x%08X] NID [0x%08X] VSR [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId); #endif } return result; } int32_t AcdbCmdSetVocProcTable (AcdbVocProcTableCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataVocProcCmnLookupKeyType indx; AcdbDataLookupKeyType key; uint32_t nSRId = 0; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; // Translate TX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nTxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nTxDeviceSampleRateId = nSRId; } else { indx.nTxDeviceSampleRateId = pInput->nTxDeviceSampleRateId; } // Translate RX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nRxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nRxDeviceSampleRateId = nSRId; } else { indx.nRxDeviceSampleRateId = pInput->nRxDeviceSampleRateId; } indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && ((Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nTxDeviceId,sizeof(indx.nTxDeviceId),NULL,NULL) == ACDB_SUCCESS) || (Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nRxDeviceId,sizeof(indx.nRxDeviceId),NULL,NULL) == ACDB_SUCCESS)) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop) ); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcTable]->Failed. " "TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X] RXSR [0x%08X] NID [0x%08X] VSR [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcTable]->Set command request is completed. " "TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X] RXSR [0x%08X] NID [0x%08X] VSR [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId); #endif } return result; } int32_t AcdbCmdGetVocProcData (AcdbVocProcCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataVocProcCmnLookupKeyType indx; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataGetTblTopType tbltop; uint32_t nSRId = 0; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; // Translate TX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nTxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nTxDeviceSampleRateId = nSRId; } else { indx.nTxDeviceSampleRateId = pInput->nTxDeviceSampleRateId; } // Translate RX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nRxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nRxDeviceSampleRateId = nSRId; } else { indx.nRxDeviceSampleRateId = pInput->nRxDeviceSampleRateId; } indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcData] Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcData]->Failed. TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X]" " RXSR [0x%08X] NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcData]->Query command request is completed. TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X]" " RXSR [0x%08X] NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetVocProcData (AcdbVocProcCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataVocProcCmnLookupKeyType indx; uint32_t nSRId = 0; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; // Translate TX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nTxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nTxDeviceSampleRateId = nSRId; } else { indx.nTxDeviceSampleRateId = pInput->nTxDeviceSampleRateId; } // Translate RX sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nRxDeviceSampleRateId, (uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nRxDeviceSampleRateId = nSRId; } else { indx.nRxDeviceSampleRateId = pInput->nRxDeviceSampleRateId; } indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && ((Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nTxDeviceId,sizeof(indx.nTxDeviceId),NULL,NULL) == ACDB_SUCCESS) || (Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nRxDeviceId,sizeof(indx.nRxDeviceId),NULL,NULL) == ACDB_SUCCESS)) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_CMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcData]->Failed. TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X]" " RXSR [0x%08X] NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcData]->Set command request is completed. TXD [0x%08X] RXD [0x%08X] TXSR [0x%08X]" " RXSR [0x%08X] NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nTxDeviceSampleRateId, pInput->nRxDeviceSampleRateId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetVocStrmTable (AcdbVocStrmTableCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataVocProcStrmLookupKeyType indx; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmTable]->Unable to serialize Qdsp6 Table. " "NID [0x%08X] VSR [0x%08X].\n",pInput->nNetworkId, pInput->nVocProcSampleRateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmTable]->Query command request is completed. " "NID [0x%08X] VSR [0x%08X].\n",pInput->nNetworkId, pInput->nVocProcSampleRateId); #endif } return result; } int32_t AcdbCmdSetVocStrmTable (AcdbVocStrmTableCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocStrmTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocStrmTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataVocProcStrmLookupKeyType indx; AcdbDataLookupKeyType key; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocStrmTable]->Unable to serialize Qdsp6 Table. " "NID [0x%08X] VSR [0x%08X].\n",pInput->nNetworkId, pInput->nVocProcSampleRateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocStrmTable]->Set command request is completed. " "NID [0x%08X] VSR [0x%08X].\n",pInput->nNetworkId, pInput->nVocProcSampleRateId); #endif } return result; } int32_t AcdbCmdGetVocStrmData (AcdbVocStrmCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataVocProcStrmLookupKeyType indx; AcdbDataGetTblTopType tbltop; AcdbDynamicUniqueDataType *pDataNode = NULL; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetVocStrmData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmData]->Failed. " "NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocStrmData]->Query command request is completed. " "NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetVocStrmData (AcdbVocStrmCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocStrmData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocStrmData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataVocProcStrmLookupKeyType indx; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_STRM_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdSetVocStrmData]->Failed. " "NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdSetVocStrmData]->Set command request is completed. " "NID [0x%08X] VSR [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetVocProcGainDepVolTable (AcdbVocProcVolTblCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataVolTblStepSizeType nVolStep; result = AcdbDataIoctl (ACDBDATA_GET_VOL_TABLE_STEP_SIZE, NULL, 0, (uint8_t*)&nVolStep, sizeof(AcdbDataVolTblStepSizeType)); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->" "[ACDBDATA_GET_VOL_TABLE_STEP_SIZE] Failed.\n"); } else { uint32_t i = 0; uint32_t dst_offset = 0; if ((dst_offset+sizeof(uint32_t)) > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = dst_offset+sizeof(uint32_t); ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->Insufficient buffer size\n"); } else {//Number of volume step memcpy ((void*) (pInput->nBufferPointer+dst_offset), (const void*) (&nVolStep.VocProcVolTblStepSize), sizeof(uint32_t)); dst_offset += sizeof(uint32_t); } for (; i < nVolStep.VocProcVolTblStepSize && result == ACDB_SUCCESS; ++i) { AcdbDataLookupKeyType key; AcdbDataVocProcVolLookupKeyType indx; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; indx.nVolIndex = i; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType nTblCal; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && ((Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nTxDeviceId,sizeof(indx.nTxDeviceId),NULL,NULL) == ACDB_SUCCESS) || (Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nRxDeviceId,sizeof(indx.nRxDeviceId),NULL,NULL) == ACDB_SUCCESS)) ) { uint8_t temp[4096]; uint32_t nBytesUsedInBuffer; nTblCal.nTableEntries = 0; nTblCal.nTopologyEntries = 0; nTblCal.ppTable = NULL; nTblCal.pTopology = NULL; result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &nTblCal, (uint8_t*) temp, (uint32_t) sizeof(temp), (uint8_t*) &nBytesUsedInBuffer, NULL ); if(result == ACDB_SUCCESS) { dst_offset += sizeof(uint32_t); if (nBytesUsedInBuffer+dst_offset > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = nBytesUsedInBuffer+dst_offset; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->Insufficient buffer size\n"); break; } else { //Table size memcpy ((void*) (pInput->nBufferPointer+dst_offset), (const void*) (&temp[0]), nBytesUsedInBuffer); memcpy ((void*) (pInput->nBufferPointer+dst_offset-sizeof(uint32_t)), (const void*) (&nBytesUsedInBuffer), sizeof(uint32_t)); dst_offset += nBytesUsedInBuffer; } } } else { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&nTblCal, sizeof (nTblCal)); if (result == ACDB_SUCCESS) { uint32_t j = 0; uint32_t nTableSize = 0; for (; j < nTblCal.nTopologyEntries; ++j) { nTableSize += nTblCal.ppTable[j]->ulDataLen + nTblCal.ppTable[j]->ulDataLen%4 + 3*sizeof(uint32_t); } if (dst_offset+sizeof(uint32_t) > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = dst_offset+sizeof(uint32_t); ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->Insufficient buffer size\n"); break; } else { //Table size dst_offset += sizeof(uint32_t); if (nTableSize+dst_offset > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = nTableSize+dst_offset; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->Insufficient buffer size\n"); break; } else { uint32_t nBytesUsedInBuffer; result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &nTblCal, (uint8_t*) pInput->nBufferPointer+dst_offset, (uint32_t) pInput->nBufferLength-dst_offset, (uint8_t*) &nBytesUsedInBuffer, NULL ); //Table size memcpy ((void*) (pInput->nBufferPointer+dst_offset-sizeof(uint32_t)), (const void*) (&nBytesUsedInBuffer), sizeof(uint32_t)); dst_offset += nBytesUsedInBuffer; } } } } } } pOutput->nBytesUsedInBuffer = dst_offset; } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->Failed. " "TXDID [0x%08X] RXDID [0x%08X] NID [0x%08X] VSR [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nNetworkId, pInput->nVocProcSampleRateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepVolTable]->Query command request is completed. " "TXDID [0x%08X] RXDID [0x%08X] NID [0x%08X] VSR [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nNetworkId, pInput->nVocProcSampleRateId); #endif } return result; } int32_t AcdbCmdSetVocProcGainDepData (AcdbVocProcVolTblDataCmdType *pInput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcGainDepData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcGainDepData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataVocProcVolLookupKeyType indx; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; indx.nVolIndex = pInput->nVolumeIndex; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && ((Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nTxDeviceId,sizeof(indx.nTxDeviceId),NULL,NULL) == ACDB_SUCCESS) || (Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nRxDeviceId,sizeof(indx.nRxDeviceId),NULL,NULL) == ACDB_SUCCESS)) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcGainDepData]->Failed. TXDID [0x%08X] RXDID [0x%08X]" " NID [0x%08X] VSR [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetVocProcGainDepData]->Set command request is completed. TXDID [0x%08X] RXDID [0x%08X]" " NID [0x%08X] VSR [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetVocProcGainDepData (AcdbVocProcVolTblDataCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataGetTblTopType tbltop; AcdbDataVocProcVolLookupKeyType indx; AcdbDynamicUniqueDataType *pDataNode = NULL; uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; indx.nNetworkId = pInput->nNetworkId; indx.nVocProcSampleRateId = pInput->nVocProcSampleRateId; indx.nVolIndex = pInput->nVolumeIndex; result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_VOC_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepData]->Failed. TXDID [0x%08X] RXDID [0x%08X] NID [0x%08X]" " VSR [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcGainDepData]->Query command request is completed. TXDID [0x%08X] RXDID [0x%08X] NID [0x%08X]" " VSR [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nNetworkId, pInput->nVocProcSampleRateId, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetAudProcGainDepData (AcdbAudProcVolTblDataCmdType *pInput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcGainDepData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAudProcGainDepData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAudProcVolLookupKeyType indx; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; indx.nVolIndex = pInput->nVolumeIndex; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetAudProcVolTblTopType AudProcTbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { AcdbDataGetTblTopType tbltop; tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } else { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&AudProcTbltop, sizeof (AudProcTbltop)); if (result == ACDB_SUCCESS) {//need different handling, set Copp first AcdbDataGetTblTopType tbltop = AudProcTbltop.copp; result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); if (result != ACDB_SUCCESS) {//If set data fail, try Popp tbltop = AudProcTbltop.popp; result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB] Command]->[AcdbCmdSetAudProcGainDepData]->Failed. " "DID [0x%08X] APPID [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB] Command]->[AcdbCmdSetAudProcGainDepData]->Set command request is completed. " "DID [0x%08X] APPID [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetAudProcGainDepData (AcdbAudProcVolTblDataCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataGetTblTopType tbltop; AcdbDataAudProcVolLookupKeyType indx; AcdbDataGetAudProcVolTblTopType nTbltop; AcdbDynamicUniqueDataType *pDataNode = NULL; uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; //to initialize the tbltop memset((void*)&tbltop,0, sizeof(tbltop)); indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; indx.nVolIndex = pInput->nVolumeIndex; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&nTbltop, sizeof (nTbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, nTbltop.copp.pTopology, nTbltop.copp.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { tbltop = nTbltop.copp; } else { result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, nTbltop.popp.pTopology, nTbltop.popp.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { tbltop = nTbltop.popp; } } if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable[ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->Failed. " "DID [0x%08X] APPID [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->Query command request is completed. " "DID [0x%08X] APPID [0x%08X] VolInd [%d] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetAudProcGainDepCoppTableStep (AcdbAudProcGainDepVolTblStepCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAudProcVolLookupKeyType indx; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; indx.nVolIndex = pInput->nVolumeIndex; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); //Query Copp table if (result == ACDB_SUCCESS) { if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { uint8_t tempBuff[2048],i; uint8_t *pTemp; uint8_t blnFound; uint32_t *pModList; uint32_t nBytesUsed, noofpoppmodules,nModuleId,offset=0,dstoffset=0; uint16_t nDataLen; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataGetTblTopType tbltop; AcdbDataLookupKeyType key1; key1.nLookupKey = ACDB_PID_AUD_POPP_MODULELIST_GLBTBL; result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key1,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); if(result == ACDB_SUCCESS) { pTemp = pDataNode->ulDataBuf; memcpy(&noofpoppmodules,pTemp,sizeof(uint32_t)); pModList = (uint32_t*)(pTemp + sizeof(uint32_t)); tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) tempBuff, (uint32_t) sizeof(tempBuff), (uint8_t*) &nBytesUsed, NULL ); if(result == ACDB_SUCCESS) { while(offset < nBytesUsed) { // The recieved data is in the below format // uint32 Moduleid // uint32 Paramid // uint16 datalen // uint16 reserved // followed by the data of length data_len bytes memcpy(&nModuleId,&tempBuff[offset],sizeof(uint32_t)); memcpy(&nDataLen,&tempBuff[offset+8],sizeof(uint16_t)); blnFound = FALSE; for(i=0;inBufferPointer+dstoffset,&tempBuff[offset],(nDataLen+12)); dstoffset = dstoffset+12+nDataLen; } offset = offset + 12 + nDataLen; } pOutput->nBytesUsedInBuffer = dstoffset; } } } else { AcdbDataGetAudProcVolTblTopType nTblCal; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&nTblCal, sizeof (nTblCal)); if (result == ACDB_SUCCESS && &nTblCal.copp != NULL) { uint32_t j = 0; uint32_t nTblSize = 0; for (; j < nTblCal.copp.nTopologyEntries; ++j) { nTblSize += nTblCal.copp.ppTable[j]->ulDataLen + nTblCal.copp.ppTable[j]->ulDataLen%4 + 3*sizeof(uint32_t); } if (nTblSize > pInput->nBufferLength && result == ACDB_SUCCESS) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = nTblSize; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepCoppTableStep]->Insufficient buffer size\n"); } else { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &nTblCal.copp, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } }//Query Copp Calibration table } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepCoppTableStep]->Failed. " "DID [0x%08X], APPID [0x%08X], VolIndex[%d]\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepCoppTableStep]->Query command request is completed. " "DID [0x%08X], APPID [0x%08X], VolIndex[%d]\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex); #endif } return result; } int32_t AcdbCmdGetAudProcGainDepPoppTableStep (AcdbAudProcGainDepVolTblStepCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepPoppTableStep]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepPoppTableStep]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAudProcVolLookupKeyType indx; indx.nDeviceId = pInput->nDeviceId; indx.nApplicationType = pInput->nApplicationType; indx.nVolIndex = pInput->nVolumeIndex; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); //Query Copp table if (result == ACDB_SUCCESS) { if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { uint8_t tempBuff[2048],i; uint8_t *pTemp; uint8_t blnFound; uint32_t *pModList; uint32_t nBytesUsed, noofpoppmodules,nModuleId,offset=0,dstoffset=0; uint16_t nDataLen; AcdbDataGetTblTopType tbltop; AcdbDataLookupKeyType key1; AcdbDynamicUniqueDataType *pDataNode = NULL; key1.nLookupKey = ACDB_PID_AUD_POPP_MODULELIST_GLBTBL; result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key1,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); if(result == ACDB_SUCCESS) { pTemp = pDataNode->ulDataBuf; memcpy(&noofpoppmodules,pTemp,sizeof(uint32_t)); pModList = (uint32_t*)(pTemp + sizeof(uint32_t)); tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) tempBuff, (uint32_t) sizeof(tempBuff), (uint8_t*) &nBytesUsed, NULL ); if(result == ACDB_SUCCESS) { while(offset < nBytesUsed) { // The recieved data is in the below format // uint32 Moduleid // uint32 Paramid // uint16 datalen // uint16 reserved // followed by the data of length data_len bytes memcpy(&nModuleId,&tempBuff[offset],sizeof(uint32_t)); memcpy(&nDataLen,&tempBuff[offset+8],sizeof(uint16_t)); blnFound = FALSE; for(i=0;inBufferPointer+dstoffset,&tempBuff[offset],(nDataLen+12)); dstoffset = dstoffset+12+nDataLen; } offset = offset + 12 + nDataLen; } pOutput->nBytesUsedInBuffer = dstoffset; } } } else { AcdbDataGetAudProcVolTblTopType nTblCal; result = AcdbDataIoctl (ACDBDATA_GET_AUD_PROC_VOL_GAIN_DEP_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&nTblCal, sizeof (nTblCal)); if (result == ACDB_SUCCESS && &nTblCal.popp != NULL) { uint32_t j = 0; uint32_t nTblSize = 0; for (; j < nTblCal.popp.nTopologyEntries; ++j) { nTblSize += nTblCal.popp.ppTable[j]->ulDataLen + nTblCal.popp.ppTable[j]->ulDataLen%4 + 3*sizeof(uint32_t); } if (nTblSize > pInput->nBufferLength && result == ACDB_SUCCESS) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = nTblSize; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepPoppTableStep]->Insufficient buffer size\n"); } else { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &nTblCal.popp, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); }//End Query Calibration Data } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepPoppTableStep]->Failed. " "DID [0x%08X], APPID [0x%08X], VolIndex[%d]\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcGainDepPoppTableStep]->Query command request is completed. " "DID [0x%08X], APPID [0x%08X], VolIndex[%d]\n", pInput->nDeviceId, pInput->nApplicationType, pInput->nVolumeIndex); #endif } return result; } int32_t AcdbCmdGetVolTableStepSize (AcdbVolTblStepSizeRspType *pOutput) { int32_t result = ACDB_SUCCESS; if (pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVolTableStepSize]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataVolTblStepSizeType param; result = AcdbDataIoctl (ACDBDATA_GET_VOL_TABLE_STEP_SIZE, NULL, 0, (uint8_t *)¶m,sizeof(param) ); memcpy(&pOutput->AudProcVolTblStepSize,¶m.AudProcVolTblStepSize, sizeof(param.AudProcVolTblStepSize)); memcpy(&pOutput->VocProcVolTblStepSize,¶m.VocProcVolTblStepSize, sizeof(param.VocProcVolTblStepSize)); #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVolTableStepSize]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetMemoryUsage (AcdbMemoryUsageType* pOutput) { int32_t result = ACDB_SUCCESS; if (pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetMemoryUsage]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataMemoryUsageType rom; AcdbDataMemoryUsageType ram; AcdbDataIoctl (ACDBDATA_ESTIMATE_MEMORY_USE, NULL, 0, (uint8_t *)&rom, sizeof (rom)); pOutput->org_ROM = rom.org_ROM; pOutput->data_ROM = rom.data_ROM; AcdbDataMemoryRamEstimate ((AcdbDataMemoryUsageType *) &ram); pOutput->org_RAM = ram.org_ROM; pOutput->data_RAM = ram.data_ROM; #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetMemoryUsage]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdSystemReset(void) { int32_t result = ACDB_BADPARM; result = Acdb_DM_Ioctl(ACDB_SYS_RESET, NULL,NULL,NULL,NULL, NULL,0,NULL,NULL); #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSystemReset]->System Reset command request is completed\n"); #endif return result; } int32_t AcdbCmdGetOEMInfo (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetOEMInfo]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetOEMInfo]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGeneralInfoType InfoBuf; result = Acdb_DM_Ioctl(ACDB_GET_OEM_INFO, NULL,NULL,NULL,NULL, (uint8_t*) &InfoBuf, 0,NULL,NULL ); if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl(ACDBDATA_GET_OEM_INFO, NULL,0, (uint8_t*)&InfoBuf, sizeof(AcdbDataGeneralInfoType)); } if (result == ACDB_SUCCESS) { if (InfoBuf.nBufferLength > pInput->nBufferLength) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetOEMInfo]->Insufficient Buffer Length, InputBuffer length %d, Actual Data length %d\n", pInput->nBufferLength,InfoBuf.nBufferLength); result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = InfoBuf.nBufferLength; } else { memcpy((void*)pInput->nBufferPointer,(void*)InfoBuf.pBuffer,InfoBuf.nBufferLength); pOutput->nBytesUsedInBuffer = InfoBuf.nBufferLength; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetOEMInfo]->Failed to query OEM Info\n"); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetOEMInfo]->Set command request is completed\n"); #endif } return result; } int32_t AcdbCmdSetOEMInfo (AcdbGeneralInfoCmdType *pInput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetOEMInfo]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetOEMInfo]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { result = Acdb_DM_Ioctl(ACDB_SET_OEM_INFO, NULL,NULL,NULL,NULL, (uint8_t*) pInput, 0,NULL,NULL ); } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetOEMInfo]->Failed to set OEM Info\n"); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetOEMInfo]->Query command request is completed\n"); #endif return result; } int32_t AcdbCmdGetDateInfo (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDateInfo]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDateInfo]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGeneralInfoType InfoBuf; result = Acdb_DM_Ioctl(ACDB_GET_DATE_INFO, NULL,NULL,NULL,NULL, (uint8_t*) &InfoBuf, 0,NULL,NULL ); if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl(ACDBDATA_GET_DATE_INFO, NULL,0, (uint8_t*)&InfoBuf, sizeof(AcdbDataGeneralInfoType)); } if (result == ACDB_SUCCESS) { if (InfoBuf.nBufferLength > pInput->nBufferLength) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDateInfo]->Insufficient Buffer Length," " InputBuffer length %d, Actual Data length %d\n", InfoBuf.nBufferLength, pInput->nBufferLength); result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = InfoBuf.nBufferLength; } else { memcpy((void*)pInput->nBufferPointer,(void*)InfoBuf.pBuffer,InfoBuf.nBufferLength); pOutput->nBytesUsedInBuffer = InfoBuf.nBufferLength; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDateInfo]->Failed to query Date Info\n"); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDateInfo]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdSetDateInfo (AcdbGeneralInfoCmdType *pInput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetDateInfo]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetDateInfo]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { result = Acdb_DM_Ioctl(ACDB_SET_DATE_INFO, NULL,NULL,NULL,NULL, (uint8_t*) &(*pInput), 0,NULL,NULL ); } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetDateInfo]->Failed to set Date Info\n"); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetDateInfo]->Set command request is completed\n"); #endif return result; } int32_t AcdbCmdGetANCDevicePair (AcdbAncDevicePairCmdType *pInput, AcdbAncDevicePairRspType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbAncDevicePairCmdType]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl(ACDBDATA_GET_ANC_DEVICE_PAIR_TABLE, NULL, 0, (uint8_t*) &tbl, sizeof(tbl) ); if (result == ACDB_SUCCESS) { uint32_t i = tbl.nBufferLength; AcdbDevicePairType *pDevPairTbl = (AcdbDevicePairType *) tbl.pBuffer; while (i) { if (pInput->nRxDeviceId == pDevPairTbl->nRxDeviceId) { pOutput->nTxAncDeviceId = pDevPairTbl->nTxDeviceId; break; } i -= sizeof(AcdbDevicePairType); if (i < tbl.nBufferLength) { pDevPairTbl ++; } } if (i == 0) { result = ACDB_BADPARM; pOutput->nTxAncDeviceId = 0; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePair]->Failed to query ANC Tx Device, RXDID [0x%08X]\n", pInput->nRxDeviceId); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePair]->Query command request is completed, RXDID [0x%08X]\n", pInput->nRxDeviceId); #endif } return result; } int32_t AcdbCmdGetANCDevicePairList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePairList]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePairList]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl(ACDBDATA_GET_ANC_DEVICE_PAIR_TABLE, NULL, 0, (uint8_t*) &tbl, sizeof(tbl) ); if (result == ACDB_SUCCESS) { if (tbl.nBufferLength > pInput->nBufferLength) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePairList]->Insufficient Buffer Length," " InputBuffer length %d, Actual table length %d\n", pInput->nBufferLength, tbl.nBufferLength); result = ACDB_BADPARM; } else { memcpy((void*) pInput->nBufferPointer,(void*) tbl.pBuffer,tbl.nBufferLength); pOutput->nBytesUsedInBuffer = tbl.nBufferLength; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePairList]->Failed to query ANC Device Pair List\n"); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetANCDevicePairList]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdSetAdieProfileTable (AcdbAdiePathProfileCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieProfileTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieProfileTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { // Query Adie Codec Path Profile lookup key AcdbDataAdieProfileLookupKeyType indx; AcdbDataLookupKeyType key; uint32_t nOSRId = 0; indx.nCodecPathId = pInput->ulCodecPathId; indx.nFrequencyId = pInput->nFrequencyId; //Translate nOSRId result = acdb_translate_over_sample_rate ((uint32_t) pInput->nOversamplerateId, (uint32_t*) &nOSRId); if (result == ACDB_SUCCESS) { indx.nOverSampleRateId = nOSRId; } else { indx.nOverSampleRateId = pInput->nOversamplerateId; } result = AcdbDataIoctl (ACDBDATA_GET_ADIE_CODEC_PATH_PROFILE_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) {// Query Adie Codec Path Profile table AcdbDataGetParamType param; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_CODEC_PATH_PROFILE_TABLE, (uint8_t *)&key, sizeof (key), (uint8_t *)¶m, sizeof (param) ); if (result == ACDB_SUCCESS) { if (param.nParamId != pInput->nParamId) { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieProfileTable]->ParamID" " version mismatch between acdb file and default_data!\n"); } else { int32_t memcmpResult; if (pInput->nBufferLength == param.nParamSize) {// check if data length is equal to default data length memcmpResult = memcmp((void*)param.pParam,(void*)pInput->nBufferPointer, param.nParamSize); } else { memcmpResult = ACDB_PARMNOTFOUND; } if (memcmpResult != ACDB_SUCCESS) {// if data does not match to default,set Adie Codec Path Profile Table on heap result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_ADIE_TABLE, (AcdbDataLookupKeyType*) &key, NULL,NULL,NULL, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL,NULL ); } else {// input data is equal to default, free the data node if it is exist on heap result = Acdb_ChecktoFreeAdieTableCalOnHeap((AcdbDataLookupKeyType*) &key, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength ); } } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieProfileTable]->Failed. " "CodecPathID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nFrequencyId, pInput->nOversamplerateId); } } else {// Query Adie Codec Path Profile Lookup failed ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieProfileTable]->Failed. " "CodecPathID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nFrequencyId, pInput->nOversamplerateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieProfileTable]->Set command request is completed. " "CodecPathID [0x%08X] ParamId [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nParamId, pInput->nFrequencyId, pInput->nOversamplerateId); #endif } return result; } int32_t AcdbCmdGetAdieProfileTable (AcdbAdiePathProfileCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAdieProfileLookupKeyType indx; uint32_t nOSRId = 0; // Query Adie Codec Path Profile Lookup indx.nCodecPathId = pInput->ulCodecPathId; indx.nFrequencyId = pInput->nFrequencyId; //translate nOSRId result = acdb_translate_over_sample_rate ((uint32_t) pInput->nOversamplerateId, (uint32_t*) &nOSRId); if (result == ACDB_SUCCESS) { indx.nOverSampleRateId = nOSRId; } else { indx.nOverSampleRateId = pInput->nOversamplerateId; } result = AcdbDataIoctl (ACDBDATA_GET_ADIE_CODEC_PATH_PROFILE_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->Failed. " "CodecPathID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nFrequencyId, pInput->nOversamplerateId); } else { // Query Adie Codec Path Profile table AcdbDataGetParamType param; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_CODEC_PATH_PROFILE_TABLE, (uint8_t *)&key, sizeof (key), (uint8_t *)¶m, sizeof (param)); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->Failed. " "CodecPathID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nFrequencyId, pInput->nOversamplerateId); } else { result = acdb_validate_PID ((uint32_t) ACDB_PID_ADIE_PROFILE_TABLE, (uint32_t*) &pInput->nParamId, (uint32_t) param.nParamId); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->Adie Codec Path Profile client passed PID " "does not match to default Input PID [0x%08X], Default PID [0x%08X].\n", pInput->nParamId, param.nParamId); } else { AcdbDynamicUniqueDataType *pDataNode = NULL; // Query Adie Table from Heap result = Acdb_DM_Ioctl(ACDB_GET_ADIE_TABLE, (AcdbDataLookupKeyType*) &key, NULL,NULL,NULL,NULL,0,NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) { param.pParam = pDataNode->ulDataBuf; param.nParamSize = pDataNode->ulDataLen; } if (result == ACDB_PARMNOTFOUND || result == ACDB_SUCCESS) {// Lookup key index not found in heap if (pInput->nBufferLength < param.nParamSize) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = param.nParamSize; } else { result = acdb_adieprofile_translation ((uint32_t) pInput->nParamId, (uint32_t) param.nParamId, (uint8_t*) pInput->nBufferPointer, (uint8_t*) param.pParam, (uint32_t) param.nParamSize ); pOutput->nBytesUsedInBuffer = param.nParamSize; } } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->Failed. CodecPathId [0x%08X] ParamId [0x%08X]." "FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nParamId, pInput->nFrequencyId, pInput->nOversamplerateId); } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieProfileTable]->Query command request is completed. CodecPathId [0x%08X] ParamId [0x%08X]." "FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->ulCodecPathId, pInput->nParamId, pInput->nFrequencyId, pInput->nOversamplerateId); #endif } return result; } int32_t AcdbCmdSetAdieANCDataTable (AcdbANCSettingCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieANCDataTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieANCDataTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { // Query Adie Codec Path Profile lookup key AcdbDataAdieANCConfigDataLookupKeyType indx; AcdbDataLookupKeyType key; uint32_t nOSRId = 0; indx.nRxDeviceId = pInput->nRxDeviceId; indx.nFrequencyId = pInput->nFrequencyId; //Translate nOSRId result = acdb_translate_over_sample_rate ((uint32_t) pInput->nOversamplerateId, (uint32_t*) &nOSRId); if (result == ACDB_SUCCESS) { indx.nOverSampleRateId = nOSRId; } else { indx.nOverSampleRateId = pInput->nOversamplerateId; } result = AcdbDataIoctl (ACDBDATA_GET_ADIE_ANC_CONFIG_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) {// Query Adie Codec Path Profile table AcdbDataGetParamType param; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_ANC_CONFIG_DATA_TABLE, (uint8_t *)&key, sizeof (key), (uint8_t *)¶m, sizeof (param) ); if (result == ACDB_SUCCESS) { if (param.nParamId != pInput->nParamId) { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieANCDataTable]->ParamID version mismatch" " between acdb file and default_data!\n"); } else { int32_t memcmpResult; if (pInput->nBufferLength == param.nParamSize) {// check if data length is equal to default data length memcmpResult = memcmp((void*)param.pParam,(void*)pInput->nBufferPointer, param.nParamSize); } else { memcmpResult = ACDB_PARMNOTFOUND; } if (memcmpResult != ACDB_SUCCESS) {// if data does not match to default,set Adie Codec Path Profile Table on heap result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_ADIE_TABLE, (AcdbDataLookupKeyType*) &key, NULL,NULL,NULL, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL,NULL ); } else {// input data is equal to default, free the data node if it is exist on heap result = Acdb_ChecktoFreeAdieTableCalOnHeap((AcdbDataLookupKeyType*) &key, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength ); } } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieANCDataTable]->Failed. " "RxDeviceID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nFrequencyId, pInput->nOversamplerateId); } } else {// Query Adie Codec Path Profile Lookup failed ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieANCDataTable]->Failed. " "RxDeviceID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nFrequencyId, pInput->nOversamplerateId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieANCDataTable]->Set command request is completed. " "RxDeviceID [0x%08X] ParamID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nParamId, pInput->nFrequencyId, pInput->nOversamplerateId); #endif } return result; } int32_t AcdbCmdGetAdieANCDataTable (AcdbANCSettingCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { // Query Adie Codec Path Profile Lookup AcdbDataLookupKeyType key; AcdbDataAdieANCConfigDataLookupKeyType indx; uint32_t nOSRId = 0; indx.nRxDeviceId = pInput->nRxDeviceId; indx.nFrequencyId = pInput->nFrequencyId; //Translate nOSRId result = acdb_translate_over_sample_rate ((uint32_t) pInput->nOversamplerateId, (uint32_t*) &nOSRId); if (result == ACDB_SUCCESS) { indx.nOverSampleRateId = nOSRId; } else { indx.nOverSampleRateId = pInput->nOversamplerateId; } result = AcdbDataIoctl (ACDBDATA_GET_ADIE_ANC_CONFIG_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->Failed. " "RxDeviceID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nFrequencyId, pInput->nOversamplerateId); } else {// Query Adie Codec Path Profile table AcdbDataGetParamType param; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_ANC_CONFIG_DATA_TABLE, (uint8_t *)&key, sizeof (key), (uint8_t *)¶m, sizeof (param) ); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->Failed. " "RxDeviceID [0x%08X] FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nFrequencyId, pInput->nOversamplerateId); } else { result = acdb_validate_PID ((uint32_t) ACDB_PID_ANC_CONFIG_DATA_TABLE, (uint32_t*) &pInput->nParamId, (uint32_t) param.nParamId); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->ANC Config data client passed " "PID does not match to default Input PID [0x%08X], Default PID [0x%08X].\n", pInput->nParamId, param.nParamId); } else { AcdbDynamicUniqueDataType *pDataNode = NULL; // Query Adie ANC config data Table from Heap result = Acdb_DM_Ioctl(ACDB_GET_ADIE_TABLE, (AcdbDataLookupKeyType*) &key, NULL,NULL,NULL,NULL,0,NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL param.pParam = pDataNode->ulDataBuf; param.nParamSize = pDataNode->ulDataLen; } if (result == ACDB_PARMNOTFOUND || result == ACDB_SUCCESS) {// Lookup key index not found in heap if (pInput->nBufferLength < param.nParamSize) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = param.nParamSize; } else { result = ACDB_SUCCESS; memcpy ((void *) pInput->nBufferPointer, (void *) param.pParam, param.nParamSize); pOutput->nBytesUsedInBuffer = param.nParamSize; } } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->Failed. RxDID [0x%08X] ParamId [0x%08X] " "FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nParamId, pInput->nFrequencyId, pInput->nOversamplerateId); } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieANCDataTable]->Query command request is completed. RxDID [0x%08X] ParamId [0x%08X] " "FrequencyIndexID [0x%08X] OverSampleRateID [0x%08X].\n", pInput->nRxDeviceId, pInput->nParamId, pInput->nFrequencyId, pInput->nOversamplerateId); #endif } return result; } int32_t AcdbCmdGetLookupTableSize (AcdbGetTableSizeCmdType *pInput, AcdbGetTableSizeRspType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetLookupTableSize]->System Erorr\n"); result = ACDB_BADSTATE; } else { uint32_t nCommandId = ACDBDATA_GET_TABLE_SIZE; AcdbDataGetTblSizeCmdType nTblSizeCmd; AcdbDataGetTblSizeRspType nTblSize; result = acdb_map_command_PID ((uint32_t) pInput->nParamId, (uint32_t*) &nTblSizeCmd.nParamId ); if (result == ACDB_SUCCESS) { result = AcdbDataIoctl (nCommandId, (uint8_t*) &nTblSizeCmd, sizeof(nTblSizeCmd), (uint8_t*) &nTblSize, sizeof(nTblSize) ); if (result == ACDB_SUCCESS) { memcpy((void*)&pOutput->nEntries,(void*)&nTblSize.nEntries,sizeof(nTblSize.nEntries)); } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetLookupTableSize]->Query table size fails!, nParamId [0x%08X]\n", pInput->nParamId); } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetLookupTableSize]->Translate cmdPID to dataPID failed!, nParamId [0x%08X]\n", pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetLookupTableSize]->Query command request is completed, nParamId [0x%08X]\n", pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetTableLookupIndex (AcdbQueriedTblIndexCmdType *pInput, AcdbQueryResponseType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint32_t nCommandId = ACDBDATA_GET_TABLE_LOOKUP_INDEX; AcdbDataGetTblIndexCmdType nTblIndexCmd; AcdbDataGetTblIndexRspType nTblIndexRsp; nTblIndexCmd.nTblKeyIndex = pInput->nTblKeyIndexStart; result = acdb_map_command_PID ((uint32_t) pInput->nParamId, (uint32_t*) &nTblIndexCmd.nParamId ); if (result == ACDB_SUCCESS) { result = AcdbDataIoctl (nCommandId, (uint8_t*)&nTblIndexCmd, sizeof(nTblIndexCmd), (uint8_t*)&nTblIndexRsp, sizeof(nTblIndexRsp) ); if (result == ACDB_SUCCESS) { switch (pInput->nParamId) { //VocProc Volume Table requires special handling /* typedef struct _AcdbDataVocProcVolLookupKeyType { uint32_t nTxDeviceId; uint32_t nRxDeviceId; uint32_t nNetworkId; uint32_t nVocProcSampleRateId; uint32_t nVolIndex; ==> does not require as an index when querying volume table } AcdbDataVocProcVolLookupKeyType; */ case ACDB_PID_VOCPROC_VOLUME_TABLE: { const uint32_t nLookupTblEntrySize = sizeof(AcdbDataVocProcVolLookupKeyType); const uint32_t nTargetTblEntrySize = nLookupTblEntrySize - sizeof(uint32_t); uint32_t nByteToCopy = pInput->nDataLenToCopy; uint32_t offsetSrc = 0; uint32_t offsetDst = 0; if (nByteToCopy%nTargetTblEntrySize == 0) { if (pInput->nDataLenToCopy/nTargetTblEntrySize <= nTblIndexRsp.nAvailableByteToCopy /nLookupTblEntrySize && pInput->nDataLenToCopy <= pInput->nBufferLength) { AcdbDataVolTblStepSizeType nVolStep; result = AcdbDataIoctl (ACDBDATA_GET_VOL_TABLE_STEP_SIZE, NULL, 0, (uint8_t*)&nVolStep, sizeof(AcdbDataVolTblStepSizeType) ); if (result == ACDB_SUCCESS) { while (nByteToCopy >= nTargetTblEntrySize) { nByteToCopy -= nTargetTblEntrySize; //Perform memcpy memcpy((void*)(pInput->nBufferPointer + offsetDst), (void*)(nTblIndexRsp.pBufferPointer + offsetSrc), nTargetTblEntrySize); //Calculate offset offsetDst += nTargetTblEntrySize; offsetSrc += nLookupTblEntrySize*nVolStep.VocProcVolTblStepSize; } memcpy((void*)&pOutput->nBytesUsedInBuffer,(void*)&pInput->nDataLenToCopy, sizeof(pInput->nDataLenToCopy)); } } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->Actual data length to copy is out " "of bounds!, nParamId [0x%08X]\n",pInput->nParamId); } } else { result = ACDB_BADPARM; } } break; //AudProc Volume Table requires special handling /* typedef struct _AcdbDataAudProcVolLookupKeyType { uint32_t nDeviceId uint32_t nApplicationType; uint32_t nVolIndex; ==> does not require as an index when querying volume table } AcdbDataAudProcVolLookupKeyType; */ case ACDB_PID_AUDPROC_VOLUME_TABLE: { const uint32_t nLookupTblEntrySize = sizeof(AcdbDataAudProcVolLookupKeyType); const uint32_t nTargetTblEntrySize = nLookupTblEntrySize - sizeof(uint32_t); uint32_t nByteToCopy = pInput->nDataLenToCopy; uint32_t offsetSrc = 0; uint32_t offsetDst = 0; if (nByteToCopy%nTargetTblEntrySize == 0) { if (pInput->nDataLenToCopy/nTargetTblEntrySize <= nTblIndexRsp.nAvailableByteToCopy /nLookupTblEntrySize && pInput->nDataLenToCopy <= pInput->nBufferLength) { AcdbDataVolTblStepSizeType nVolStep; result = AcdbDataIoctl (ACDBDATA_GET_VOL_TABLE_STEP_SIZE, NULL, 0, (uint8_t*)&nVolStep, sizeof(AcdbDataVolTblStepSizeType) ); if (result == ACDB_SUCCESS) { while (nByteToCopy >= nTargetTblEntrySize) { nByteToCopy -= nTargetTblEntrySize; //Perform memcpy memcpy((void*)(pInput->nBufferPointer + offsetDst), (void*)(nTblIndexRsp.pBufferPointer + offsetSrc), nTargetTblEntrySize); //Calculate offset offsetDst += nTargetTblEntrySize; offsetSrc += nLookupTblEntrySize*nVolStep.AudProcVolTblStepSize; } memcpy((void*)&pOutput->nBytesUsedInBuffer,(void*)&pInput->nDataLenToCopy, sizeof(pInput->nDataLenToCopy)); } } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->Actual data length to " "copy is out of bounds!, nParamId [0x%08X]\n",pInput->nParamId); } } else { result = ACDB_BADPARM; } } break; default: if (pInput->nDataLenToCopy <= nTblIndexRsp.nAvailableByteToCopy && pInput->nDataLenToCopy <= pInput->nBufferLength) { uint32_t nRsp = 0; result = acdb_validate_data_to_copy ((uint32_t) pInput->nParamId, (uint32_t) pInput->nDataLenToCopy, (uint32_t*) &nRsp ); if (result == ACDB_SUCCESS && nRsp) { memcpy((void*)pInput->nBufferPointer, (void*)nTblIndexRsp.pBufferPointer, pInput->nDataLenToCopy); memcpy((void*)&pOutput->nBytesUsedInBuffer,(void*)&pInput->nDataLenToCopy, sizeof(pInput->nDataLenToCopy)); } else { result = ACDB_BADPARM; } } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->Actual data length to " "copy is out of bounds!, nParamId [0x%08X]\n",pInput->nParamId); } break; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->Query table index fails!, nParamId [0x%08X]\n", pInput->nParamId); } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->Translate cmdPID to dataPID failed!, nParamId [0x%08X]\n", pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTableLookupIndex]->Query command request is completed, nParamId [0x%08X]\n", pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetAudProcCmnTopId (AcdbGetAudProcTopIdCmdType *pInput, AcdbGetTopologyIdRspType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopId]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataGetAudProcCmnTopIdCmdType nCmd; AcdbDataGetTopologyIdRspType nRsp = {0}; nCmd.nDeviceId = pInput->nDeviceId; nCmd.nAppTypeId = pInput->nApplicationType; if( (Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AUDTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&nCmd.nDeviceId,sizeof(nCmd.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_AUDPROC_CMN_TOPID; result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,0,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); if(result == ACDB_SUCCESS) { uint32_t i = 0; uint32_t nSize = pDataNode->ulDataLen / sizeof(AcdbDataGetAudProcTopIdType); AcdbDataGetAudProcTopIdType *pAudTopTbl = (AcdbDataGetAudProcTopIdType *)pDataNode->ulDataBuf; for(i=0;inDeviceId == nCmd.nDeviceId) { nRsp.nTopologyId = pAudTopTbl->nTopoId; break; } pAudTopTbl++; } } else { result = ACDB_ERROR; } } else { result = AcdbDataIoctl (ACDBDATA_GET_AUDPROC_CMN_TOPOLOGY_ID, (uint8_t*) &nCmd, sizeof(AcdbDataGetAudProcCmnTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbDataGetTopologyIdRspType) ); } if (result == ACDB_SUCCESS) { pOutput->nTopologyId = nRsp.nTopologyId; } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopId]->Query for AudProc common topologyId failed! " "DID [0x%08X] ApptypeID [0x%08X]\n",nCmd.nDeviceId, nCmd.nAppTypeId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopId]->Query command request is completed " "DID [0x%08X] ApptypeID [0x%08X]\n",nCmd.nDeviceId, nCmd.nAppTypeId); #endif } return result; } int32_t AcdbCmdGetAudProcStrmTopId (AcdbGetAudProcStrmTopIdCmdType *pInput, AcdbGetTopologyIdRspType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopId]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataGetAudProcStrmTopIdCmdType nCmd; AcdbDataGetTopologyIdRspType nRsp; nCmd.nAppTypeId = pInput->nApplicationType; result = AcdbDataIoctl (ACDBDATA_GET_AUDPROC_STRM_TOPOLOGY_ID, (uint8_t*) &nCmd, sizeof(AcdbDataGetAudProcStrmTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbDataGetTopologyIdRspType) ); if (result == ACDB_SUCCESS) { pOutput->nTopologyId = nRsp.nTopologyId; } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopId]->Query for AudProc stream topologyId failed! " "ApptypeID [0x%08X]\n",nCmd.nAppTypeId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopId]->Query command request is completed " "ApptypeID [0x%08X]\n",nCmd.nAppTypeId); #endif } return result; } int32_t AcdbCmdGetAudProcCmnTopIdList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopIdList]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopIdList]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { if (pInput->nBufferPointer == NULL || pInput->nBufferLength == 0) { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopIdList]->NULL Input!\n"); } else { AcdbDataGetTopIdCmdType nCmd; AcdbQueryResponseType nRsp; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_AUDPROC_CMN_TOPID; if(Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) { result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); } else { result = ACDB_NOTSUPPORTED; } if(result != ACDB_SUCCESS) { nCmd.nParamId = ACDBDATA_PID_AUDPROC_COMMON_TOPOLOGY_ID; result = AcdbDataIoctl (ACDBDATA_GET_TOPOLOGY_ID_LIST, (uint8_t*) &nCmd, sizeof(AcdbDataGetTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbQueryResponseType)); } else { nCmd.nParamId = pDataNode->ulParamId; nCmd.pBufferPointer = pDataNode->ulDataBuf; nRsp.nBytesUsedInBuffer = pDataNode->ulDataLen; } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopIdList]->Query for AudProc common topologyId list failed!\n"); } else { if (pInput->nBufferLength >= nRsp.nBytesUsedInBuffer) { memcpy((void*)pInput->nBufferPointer, (void*)nCmd.pBufferPointer, nRsp.nBytesUsedInBuffer); pOutput->nBytesUsedInBuffer = nRsp.nBytesUsedInBuffer; } else { result=ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = nRsp.nBytesUsedInBuffer; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopIdList]->Insufficient buffer size to hold the data!\n"); }// check whether buffer size big enough to hold the data }// check acdbdata_ioctl query return success or not }// check buffer if it is null #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcCmnTopIdList]->Query command request is completed\n"); #endif }// check input if it is null return result; } int32_t AcdbCmdGetAudProcStrmTopIdList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopIdList]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopIdList]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGetTopIdCmdType nCmd; AcdbQueryResponseType nRsp; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_AUDPROC_STRM_TOPID; if(Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) { result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); } else { result = ACDB_NOTSUPPORTED; } if(result != ACDB_SUCCESS) { nCmd.nParamId = ACDBDATA_PID_AUDPROC_STREAM_TOPOLOGY_ID; result = AcdbDataIoctl (ACDBDATA_GET_TOPOLOGY_ID_LIST, (uint8_t*) &nCmd, sizeof(AcdbDataGetTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbQueryResponseType)); } else { nCmd.nParamId = pDataNode->ulParamId; nCmd.pBufferPointer = pDataNode->ulDataBuf; nRsp.nBytesUsedInBuffer = pDataNode->ulDataLen; } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopIdList]->Query for AudProc stream topologyId list failed!\n"); } else { if (pInput->nBufferLength >= nRsp.nBytesUsedInBuffer) { memcpy((void*)pInput->nBufferPointer, (void*)nCmd.pBufferPointer, nRsp.nBytesUsedInBuffer); pOutput->nBytesUsedInBuffer = nRsp.nBytesUsedInBuffer; } else { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = nRsp.nBytesUsedInBuffer; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopIdList]->Insufficient buffer size to hold the data!\n"); }// check whether buffer size big enough to hold the data }// check acdbdata_ioctl query return success or not #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAudProcStrmTopIdList]->Query command request is completed\n"); #endif }// check input if it is null return result; } int32_t AcdbCmdGetAfeData (AcdbAfeDataCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAfeData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAfeData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataAfeLookupKeyType indx; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataGetTblTopType tbltop; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; result = AcdbDataIoctl (ACDBDATA_GET_AFE_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) { ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_AFE_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFEData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFEData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFEData]->Failed. TXD [0x%08X] RXD [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFEData]->Query command request is completed. " "TXD [0x%08X] RXD [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetAfeData (AcdbAfeDataCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAfeData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAfeData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAfeLookupKeyType indx; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; result = AcdbDataIoctl (ACDBDATA_GET_AFE_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_AFE_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAFEData]->Failed. TXD [0x%08X] RXD [0x%08X] [MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAFEData]->Set command request is completed. " "TXD [0x%08X] RXD [0x%08X] [MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetGlobalTable (AcdbGblTblCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { // Query global table lookup key AcdbDataGlbTblLookupKeyType indx; AcdbDataLookupKeyType key; indx.nModuleId = pInput->nModuleId; indx.nParamId = pInput->nParamId; result = AcdbDataIoctl (ACDBDATA_GET_GLOBAL_TABLE_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) {// Query Global table AcdbDataGetGlbTblParamType param; result = AcdbDataIoctl (ACDBDATA_GET_GLOBAL_TABLE, (uint8_t *)&key, sizeof (key), (uint8_t *)¶m, sizeof (param) ); if (result == ACDB_SUCCESS) { int32_t memcmpResult; if (pInput->nBufferLength == param.nParamSize) {// check if data length is equal to default data length memcmpResult = memcmp((void*)param.pParam,(void*)pInput->nBufferPointer, param.nParamSize); } else { memcmpResult = ACDB_PARMNOTFOUND; } if (memcmpResult != ACDB_SUCCESS) {// if data does not match to default,set Global Table cal data on heap result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_ADIE_TABLE, (AcdbDataLookupKeyType*) &key, NULL,NULL,NULL, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL,NULL ); } else {// input data is equal to default, free the data node if it is exist on heap result = Acdb_ChecktoFreeAdieTableCalOnHeap((AcdbDataLookupKeyType*) &key, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength ); } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalTable]->Query Global Table Failed " "ModuleID [0x%08X] ParamID [0x%08X]\n",pInput->nModuleId, pInput->nParamId); } } else {// Query Global table Lookup failed ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalTable]->Query Global Table Lookup Failed." " ModuleID [0x%08X] ParamID [0x%08X]\n",pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalTable]->Set command request is completed." " ModuleID [0x%08X] ParamID [0x%08X]\n",pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetGlobalDefs (AcdbGblDefsCmdType *pInput ) { int32_t result = ACDB_SUCCESS; int32_t topooverride=0; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalDefs]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetGlobalDefs]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_OVERRIDE_STATUS,NULL,NULL,NULL, NULL,(uint8_t*)&topooverride,sizeof(topooverride),NULL,NULL); if(topooverride == TOPOLOGY_OVERRIDE_DEACTIVATED) { result = ACDB_SUCCESS; return result; } switch(pInput->nParamId) { case ACDB_PID_DEVPAIR: { uint32_t noofdevpairs = 0; uint32_t noofdevpairs_static = 0; uint8_t *pTemp = NULL; AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl (ACDBDATA_GET_DEV_PAIR_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if(result != ACDB_SUCCESS) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { memcpy(&noofdevpairs,pInput->nBufferPointer,sizeof(uint32_t)); noofdevpairs_static = tbl.nBufferLength/sizeof(AcdbDevicePairType); if(noofdevpairs_static != noofdevpairs) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { pTemp = pInput->nBufferPointer + sizeof(uint32_t); if(memcmp(pTemp,tbl.pBuffer,tbl.nBufferLength)!=0) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } } } } break; case ACDB_PID_AUD_VOL_STEPS: { uint32_t audvolsteps; AcdbDataVolTblStepSizeType nVolStep; memcpy(&audvolsteps,pInput->nBufferPointer,sizeof(audvolsteps)); result = AcdbDataIoctl (ACDBDATA_GET_VOL_TABLE_STEP_SIZE, NULL, 0, (uint8_t*)&nVolStep, sizeof(AcdbDataVolTblStepSizeType)); if(result != ACDB_SUCCESS) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } if(audvolsteps != nVolStep.AudProcVolTblStepSize) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } } break; case ACDB_PID_VOC_VOL_STEPS: { uint32_t vocvolsteps; AcdbDataVolTblStepSizeType nVolStep; memcpy(&vocvolsteps,pInput->nBufferPointer,sizeof(vocvolsteps)); result = AcdbDataIoctl (ACDBDATA_GET_VOL_TABLE_STEP_SIZE, NULL, 0, (uint8_t*)&nVolStep, sizeof(AcdbDataVolTblStepSizeType)); if(result != ACDB_SUCCESS) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } if(vocvolsteps != nVolStep.VocProcVolTblStepSize) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } } break; case ACDB_PID_ANCDEVPAIR: { uint32_t noofancdevpairs = 0; uint32_t noofancdevpairs_static = 0; uint8_t *pTemp = NULL; AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl (ACDBDATA_GET_ANC_DEVICE_PAIR_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if(result != ACDB_SUCCESS) { } else { memcpy(&noofancdevpairs,pInput->nBufferPointer,sizeof(uint32_t)); noofancdevpairs_static = tbl.nBufferLength/sizeof(AcdbDevicePairType); if(noofancdevpairs_static != noofancdevpairs) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { pTemp = pInput->nBufferPointer + sizeof(uint32_t); if(memcmp(pTemp,tbl.pBuffer,tbl.nBufferLength)!=0) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } } } } break; case ACDB_PID_AUDPROC_CMN_TOPID: { uint32_t nooftopids = 0; uint32_t nooftopids_static = 0; uint8_t *pTemp = NULL; uint16_t i,j; AcdbDataGetAudProcTopIdType *pStaticData=NULL; AcdbDataGetAudProcTopIdType *pDynamicData=NULL; AcdbDataGetTopIdCmdType nCmd; AcdbQueryResponseType nRsp; AcdbDataLookupKeyType key; nCmd.nParamId = ACDBDATA_PID_AUDPROC_COMMON_TOPOLOGY_ID; result = AcdbDataIoctl (ACDBDATA_GET_TOPOLOGY_ID_LIST, (uint8_t*) &nCmd, sizeof(AcdbDataGetTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbQueryResponseType)); if(result != ACDB_SUCCESS) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { memcpy(&nooftopids,pInput->nBufferPointer,sizeof(uint32_t)); nooftopids_static = nRsp.nBytesUsedInBuffer/(sizeof(AcdbDataGetAudProcTopIdType)); if(nooftopids_static != nooftopids) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { pTemp = pInput->nBufferPointer + sizeof(uint32_t); if(memcmp(pTemp,nCmd.pBufferPointer,nRsp.nBytesUsedInBuffer)!=0) { if( (topooverride == TOPOLOGY_OVERRIDE_STATUS_NOT_SET) || (topooverride == TOPOLOGY_OVERRIDE_ACTIVATED)) { topooverride = TOPOLOGY_OVERRIDE_ACTIVATED; key.nLookupKey = ACDB_PID_AUDPROC_CMN_TOPID; Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,pInput->nBufferPointer+sizeof(uint32_t),pInput->nBufferLength-sizeof(uint32_t),NULL,NULL); // Now set the devices which has got the topology changes to them pStaticData = (AcdbDataGetAudProcTopIdType *)nCmd.pBufferPointer; pDynamicData = (AcdbDataGetAudProcTopIdType *)pTemp; for(i=0;inBufferPointer,sizeof(uint32_t)); nooftopids_static = nRsp.nBytesUsedInBuffer/(sizeof(AcdbDataGetAudStrmTopIdType)); if(nooftopids_static != nooftopids) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { pTemp = pInput->nBufferPointer + sizeof(uint32_t); if(memcmp(pTemp,nCmd.pBufferPointer,nRsp.nBytesUsedInBuffer)!=0) { if( (topooverride == TOPOLOGY_OVERRIDE_STATUS_NOT_SET) || (topooverride == TOPOLOGY_OVERRIDE_ACTIVATED)) { topooverride = TOPOLOGY_OVERRIDE_ACTIVATED; key.nLookupKey = ACDB_PID_AUDPROC_STRM_TOPID; Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,pInput->nBufferPointer+sizeof(uint32_t),pInput->nBufferLength-sizeof(uint32_t),NULL,NULL); break; } } } } } break; case ACDB_PID_VOCPROC_CMN_TOPID: { uint32_t nooftopids = 0; uint32_t nooftopids_static = 0; uint8_t *pTemp = NULL; uint16_t i,j; AcdbDataGetVocProcTopIdType *pStaticData=NULL; AcdbDataGetVocProcTopIdType *pDynamicData=NULL; AcdbDataGetTopIdCmdType nCmd; AcdbQueryResponseType nRsp; AcdbDataLookupKeyType key; nCmd.nParamId = ACDBDATA_PID_VOCPROC_COMMON_TOPOLOGY_ID; result = AcdbDataIoctl (ACDBDATA_GET_TOPOLOGY_ID_LIST, (uint8_t*) &nCmd, sizeof(AcdbDataGetTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbQueryResponseType)); if(result != ACDB_SUCCESS) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { memcpy(&nooftopids,pInput->nBufferPointer,sizeof(uint32_t)); nooftopids_static = nRsp.nBytesUsedInBuffer/(sizeof(AcdbDataGetVocProcTopIdType)); if(nooftopids_static != nooftopids) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { pTemp = pInput->nBufferPointer + sizeof(uint32_t); if(memcmp(pTemp,nCmd.pBufferPointer,nRsp.nBytesUsedInBuffer)!=0) { if( (topooverride == TOPOLOGY_OVERRIDE_STATUS_NOT_SET) || (topooverride == TOPOLOGY_OVERRIDE_ACTIVATED)) { topooverride = TOPOLOGY_OVERRIDE_ACTIVATED; key.nLookupKey = ACDB_PID_VOCPROC_CMN_TOPID; Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,pInput->nBufferPointer+sizeof(uint32_t),pInput->nBufferLength-sizeof(uint32_t),NULL,NULL); // Now set the devices which has got the topology changes to them pStaticData = (AcdbDataGetVocProcTopIdType *)nCmd.pBufferPointer; pDynamicData = (AcdbDataGetVocProcTopIdType *)pTemp; for(i=0;inBufferPointer,sizeof(uint32_t)); nooftopids_static = tbl.nBufferLength/(sizeof(AcdbDataGetAfeCmnTopIdType)); if(nooftopids_static != nooftopids) { if(topooverride != TOPOLOGY_OVERRIDE_DEACTIVATED) { topooverride = TOPOLOGY_OVERRIDE_DEACTIVATED; break; } } else { pTemp = pInput->nBufferPointer + sizeof(uint32_t); if(memcmp(pTemp,tbl.pBuffer,tbl.nBufferLength)!=0) { if( (topooverride == TOPOLOGY_OVERRIDE_STATUS_NOT_SET) || (topooverride == TOPOLOGY_OVERRIDE_ACTIVATED)) { topooverride = TOPOLOGY_OVERRIDE_ACTIVATED; key.nLookupKey = ACDB_PID_AFE_CMN_TOP_TABLE; Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,pInput->nBufferPointer+sizeof(uint32_t),pInput->nBufferLength-sizeof(uint32_t),NULL,NULL); // Now set the devices which has got the topology changes to them pStaticData = (AcdbDataGetAfeCmnTopIdType *)tbl.pBuffer; pDynamicData = (AcdbDataGetAfeCmnTopIdType *)pTemp; for(i=0;inBufferPointer,pInput->nBufferLength,NULL,NULL); Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_OVERRIDE_SUPPORT,NULL,NULL,NULL, NULL,(uint8_t*)&topooverridesupported,sizeof(topooverridesupported),NULL,NULL); } break; }; Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_OVERRIDE_STATUS,NULL,NULL,NULL, NULL,(uint8_t*)&topooverride,sizeof(topooverride),NULL,NULL); if(topooverride == TOPOLOGY_OVERRIDE_DEACTIVATED) { int32_t topooverridesupported = TOPOLOGY_OVERRIDE_NOT_SUPPORTED; Acdb_DM_Ioctl(ACDB_CLEAR_TOPOLOGY_OVERRIDE_HEAP_DATA,NULL,NULL,NULL, NULL,NULL,0,NULL,NULL); Acdb_DM_Ioctl(ACDB_SET_TOPOLOGY_OVERRIDE_SUPPORT,NULL,NULL,NULL, NULL,(uint8_t*)&topooverridesupported,sizeof(topooverridesupported),NULL,NULL); } } return result; } int32_t AcdbCmdGetGlobalTable (AcdbGblTblCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetGlobalTable]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetGlobalTable]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { // Query Global table Lookup AcdbDataLookupKeyType key; AcdbDataGlbTblLookupKeyType indx; indx.nModuleId = pInput->nModuleId; indx.nParamId = pInput->nParamId; result = AcdbDataIoctl (ACDBDATA_GET_GLOBAL_TABLE_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetGlobalTable]->Query Global table Lookup Failed." " ModuleID [0x%08X] ParamID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else {// Query Global table AcdbDataGetGlbTblParamType param; result = AcdbDataIoctl (ACDBDATA_GET_GLOBAL_TABLE, (uint8_t *)&key, sizeof (key), (uint8_t *)¶m, sizeof (param) ); if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetGlobalTable]->Query Global table Failed." " ModuleID [0x%08X] ParamID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { AcdbDynamicUniqueDataType *pDataNode = NULL; // Query Global Table from Heap result = Acdb_DM_Ioctl(ACDB_GET_ADIE_TABLE, (AcdbDataLookupKeyType*) &key, NULL,NULL,NULL,NULL,0, (uint8_t*) &pOutput->nBytesUsedInBuffer, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) {//check pDataNode != NULL param.pParam = pDataNode->ulDataBuf; param.nParamSize = pDataNode->ulDataLen; } if (result == ACDB_PARMNOTFOUND || result == ACDB_SUCCESS) {// Lookup key index not found in heap if (pInput->nBufferLength < param.nParamSize) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = param.nParamSize; } else { result = ACDB_SUCCESS; memcpy ((void *) pInput->nBufferPointer, (const void *) param.pParam, param.nParamSize); pOutput->nBytesUsedInBuffer = param.nParamSize; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetGlobalTable]->Failed. ModuleID [0x%08X] ParamId [0x%08X].\n", pInput->nModuleId, pInput->nParamId); } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetGlobalTable]->Query command request is completed. " "ModuleID [0x%08X] ParamId [0x%08X].\n", pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetCmnDeviceInfo (AcdbDeviceInfoCmnCmdType* pInput, AcdbQueryResponseType* pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetCmnDeviceInfo]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetCmnDeviceInfo]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGetTableType tbl; result = AcdbDataIoctl (ACDBDATA_GET_DEV_INFO_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if (result == ACDB_SUCCESS && NULL != tbl.pTable && 0 != tbl.nTableCount) { uint32_t i = 0; AcdbDataDeviceInfoType *pDevInfo = NULL; pDevInfo = (AcdbDataDeviceInfoType*) tbl.pTable; for (i = 0; i < tbl.nTableCount; ++i) { if (pDevInfo->nDeviceId == pInput->nDeviceId) { if (pInput->nBufferLength >= pDevInfo->nDeviceInfoCmnPayloadSize) { memcpy((void*)pInput->nBufferPointer, (void*)pDevInfo->pDeviceInfoCmnBufferPtr, pDevInfo->nDeviceInfoCmnPayloadSize); pOutput->nBytesUsedInBuffer = pDevInfo->nDeviceInfoCmnPayloadSize; } else { ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetCmnDeviceInfo->Insufficient buffer size, Input buffer " "size [%d], required buffer size [%d]", pInput->nBufferLength, pDevInfo->nDeviceInfoCmnPayloadSize); result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = pDevInfo->nDeviceInfoCmnPayloadSize; } break; } else { pDevInfo ++; } } if (i == tbl.nTableCount) { result = ACDB_DEVICENOTFOUND; ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetCmnDeviceInfo->DID not found [0x%08X]\n", pInput->nDeviceId); } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetCmnDeviceInfo->Query command request is completed, DID [0x%08X]\n", pInput->nDeviceId); #endif } return result; } int32_t AcdbCmdGetTSDeviceInfo (AcdbDeviceInfoTargetSpecificCmdType* pInput, AcdbQueryResponseType* pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTSDeviceInfo]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->pBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetTSDeviceInfo]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGetTableType tbl; result = AcdbDataIoctl (ACDBDATA_GET_DEV_INFO_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if (result == ACDB_SUCCESS && NULL != tbl.pTable && 0 != tbl.nTableCount) { uint32_t i = 0; AcdbDataDeviceInfoType *pDevInfo = NULL; pDevInfo = (AcdbDataDeviceInfoType*) tbl.pTable; for (i = 0; i < tbl.nTableCount; ++i) { if (pDevInfo->nDeviceId == pInput->nDeviceId) { if (pInput->nBufferLength >= pDevInfo->nDeviceIfnoTSPayloadSize) { memcpy((void*)pInput->pBufferPointer, (void*)pDevInfo->pDeviceInfoTSPBufferPtr, pDevInfo->nDeviceIfnoTSPayloadSize); pOutput->nBytesUsedInBuffer = pDevInfo->nDeviceIfnoTSPayloadSize; } else { ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetTSDeviceInfo->Insufficient buffer size, Input buffer " "size [%d], required buffer size [%d]", pInput->nBufferLength, pDevInfo->nDeviceIfnoTSPayloadSize); result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = pDevInfo->nDeviceIfnoTSPayloadSize; } break; } else { pDevInfo ++; } } if (i == tbl.nTableCount) { result = ACDB_DEVICENOTFOUND; ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetTSDeviceInfo->DID not found [0x%08X]\n", pInput->nDeviceId); } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetTSDeviceInfo->Query command request is completed, DID [0x%08X]\n", pInput->nDeviceId); #endif } return result; } int32_t AcdbCmdGetDeviceCapabilities(AcdbDeviceCapabilitiesCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDeviceCapabilities]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDeviceCapabilities]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGetTableType tbl; result = AcdbDataIoctl (ACDBDATA_GET_DEV_INFO_TABLE, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if (result == ACDB_SUCCESS && NULL != tbl.pTable && 0 != tbl.nTableCount) { if (pInput->nBufferLength < sizeof (uint32_t) + tbl.nTableCount * sizeof (AcdbDeviceCapabilityType)) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = sizeof (uint32_t) + tbl.nTableCount * sizeof (AcdbDeviceCapabilityType); ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetDeviceCapabilities->InsufficientMemory\n"); } else { AcdbDataDeviceInfoType *pDevInfo = NULL; uint32_t nDeviceType = 0, i = 0; int32_t dstOffset = 0, srcOffset = 0; pDevInfo = (AcdbDataDeviceInfoType*) tbl.pTable; memcpy((void*)(pInput->nBufferPointer+dstOffset),(void*)&tbl.nTableCount,sizeof(uint32_t)); dstOffset += sizeof(uint32_t); for (i = 0; i < tbl.nTableCount; ++i) { //Get Device Type memcpy((void*)&nDeviceType,(void*)(pDevInfo[i].pDeviceInfoCmnBufferPtr+sizeof(uint32_t)), sizeof(uint32_t)); //Memcopy device Id memcpy((void*)(pInput->nBufferPointer+dstOffset), (void*)&pDevInfo[i].nDeviceId,sizeof(uint32_t)); dstOffset += sizeof(uint32_t); //Memcopy Sample rate mask srcOffset = acdb_devinfo_getSampleMaskOffset(nDeviceType); if (!srcOffset) { ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetDeviceCapabilities->getSampleMaskOffset failed\n"); result = ACDB_BADSTATE; break; } else { memcpy((void*)(pInput->nBufferPointer+dstOffset), (void*)(pDevInfo[i].pDeviceInfoTSPBufferPtr+srcOffset),sizeof(uint32_t)); dstOffset += sizeof(uint32_t); //Memcopy Byte per sample rate mask srcOffset = acdb_devinfo_getBytesPerSampleMaskOffset(nDeviceType); if (!srcOffset) { ACDB_DEBUG_LOG("[ACDB Command]->AcdbCmdGetDeviceCapabilities->getBytesPerSampleMaskOffset failed\n"); result = ACDB_BADSTATE; break; } else { memcpy((void*)(pInput->nBufferPointer+dstOffset), (void*)(pDevInfo[i].pDeviceInfoTSPBufferPtr+srcOffset),sizeof(uint32_t)); dstOffset += sizeof(uint32_t); } } } if (result == ACDB_SUCCESS) { pOutput->nBytesUsedInBuffer = tbl.nTableCount * sizeof (AcdbDeviceCapabilityType) + sizeof(uint32_t); } } } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDeviceCapabilities]->Query command request is completed" "ParamID [0x%08X].\n", pInput->nParamId); #endif } return result; } int32_t AcdbCmdGetVocProcCmnTopId (AcdbGetVocProcTopIdCmdType *pInput, AcdbGetTopologyIdRspType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopId]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataGetVocProcCmnTopIdCmdType nCmd; AcdbDataGetTopologyIdRspType nRsp = {0}; nCmd.nDeviceId = pInput->nDeviceId; if( (Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_VOCTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&nCmd.nDeviceId,sizeof(nCmd.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_VOCPROC_CMN_TOPID; result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,0,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); if(result == ACDB_SUCCESS) { uint32_t i = 0; uint32_t nSize = pDataNode->ulDataLen / sizeof(AcdbDataGetVocProcTopIdType); AcdbDataGetVocProcTopIdType *pVocTopTbl = (AcdbDataGetVocProcTopIdType *)pDataNode->ulDataBuf; for(i=0;inDeviceId == nCmd.nDeviceId) { nRsp.nTopologyId = pVocTopTbl->nTopoId; break; } pVocTopTbl++; } } else { result = ACDB_ERROR; } } else { result = AcdbDataIoctl (ACDBDATA_GET_VOCPROC_CMN_TOPOLOGY_ID, (uint8_t*) &nCmd, sizeof(AcdbDataGetVocProcCmnTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbDataGetTopologyIdRspType) ); } if (result == ACDB_SUCCESS) { pOutput->nTopologyId = nRsp.nTopologyId; } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopId]->Query for VocProc Common topologyId failed! " "DeviceId [0x%08X]\n",nCmd.nDeviceId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopId]->Query command request is completed " "DeviceId [0x%08X]\n",nCmd.nDeviceId); #endif } return result; } int32_t AcdbCmdGetVocProcCmnTopIdList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopIdList]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopIdList]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGetTopIdCmdType nCmd; AcdbQueryResponseType nRsp; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_VOCPROC_CMN_TOPID; if(Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) { result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); } else { result = ACDB_NOTSUPPORTED; } if(result != ACDB_SUCCESS) { nCmd.nParamId = ACDBDATA_PID_VOCPROC_COMMON_TOPOLOGY_ID; result = AcdbDataIoctl (ACDBDATA_GET_TOPOLOGY_ID_LIST, (uint8_t*) &nCmd, sizeof(AcdbDataGetTopIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbQueryResponseType)); } else { nCmd.nParamId = pDataNode->ulParamId; nCmd.pBufferPointer = pDataNode->ulDataBuf; nRsp.nBytesUsedInBuffer = pDataNode->ulDataLen; } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopIdList]->Query for VocProc common topologyId list failed!\n"); } else { if (pInput->nBufferLength >= nRsp.nBytesUsedInBuffer) { memcpy((void*)pInput->nBufferPointer, (void*)nCmd.pBufferPointer, nRsp.nBytesUsedInBuffer); pOutput->nBytesUsedInBuffer = nRsp.nBytesUsedInBuffer; } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopIdList]->Insufficient buffer size to hold the data!\n"); }// check whether buffer size big enough to hold the data }// check acdbdata_ioctl query return success or not #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetVocProcCmnTopIdList]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetQACTInfo (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbGeneralInfoCmdType]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbGeneralInfoCmdType]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGetGlbTblParamType InfoBuf; result = AcdbDataIoctl(ACDBDATA_GET_QACT_DATA, NULL,0, (uint8_t*)&InfoBuf, sizeof(AcdbDataGetGlbTblParamType)); if (result == ACDB_SUCCESS) { if (InfoBuf.nParamSize > pInput->nBufferLength) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetQACTInfo]->Insufficient Buffer Length, InputBuffer length %d, Actual Data length %d\n", pInput->nBufferLength,InfoBuf.nParamSize); result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = InfoBuf.nParamSize; } else { memcpy((void*)pInput->nBufferPointer,(void*)InfoBuf.pParam,InfoBuf.nParamSize); pOutput->nBytesUsedInBuffer = InfoBuf.nParamSize; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetQACTInfo]->Failed to query QACT Info\n"); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetQACTInfo]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetAfeCmnData (AcdbAfeCmnDataCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL || pInput->nBufferPointer == NULL || pInput->nBufferLength == 0) { result = ACDB_BADPARM; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataAfeCmnLookupKeyType indx; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataGetTblTopType tbltop; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nAfeSampleRateId,(uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nAfeSampleRateId = nSRId; } else { indx.nAfeSampleRateId = pInput->nAfeSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) { ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFECmnData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFECmnData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAFECmnData]->Failed. DID [0x%08X] SRID [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nAfeSampleRateId, pInput->nModuleId, pInput->nParamId); } } return result; } int32_t AcdbCmdSetAfeCmnData (AcdbAfeCmnDataCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pInput->nBufferPointer == NULL || pInput->nBufferLength == 0) { result = ACDB_BADPARM; } else { AcdbDataLookupKeyType key; AcdbDataAfeCmnLookupKeyType indx; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nAfeSampleRateId,(uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nAfeSampleRateId = nSRId; } else { indx.nAfeSampleRateId = pInput->nAfeSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AFECMNTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAFECmnData]->Failed. DIE [0x%08X] SRID [0x%08X] [MID [0x%08X] PID [0x%08X].\n", pInput->nDeviceId, pInput->nAfeSampleRateId, pInput->nModuleId, pInput->nParamId); } } return result; } int32_t AcdbCmdGetAfeCmnTable (AcdbAfeCommonTableCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL || pInput->nBufferPointer == NULL || pInput->nBufferLength == 0) { result = ACDB_BADPARM; } else { AcdbDataLookupKeyType key; AcdbDataAfeCmnLookupKeyType indx; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nSampleRateId,(uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nAfeSampleRateId = nSRId; } else { indx.nAfeSampleRateId = pInput->nSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AFECMNTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAfeCmnTable]->failed. " "DID [0x%08X] DSR [0x%08X].\n", pInput->nDeviceId, pInput->nSampleRateId); } } return result; } int32_t AcdbCmdGetCompRemoteDevId (AcdbGetRmtCompDevIdCmdType *pInput, AcdbGetRmtCompDevIdRspType *pOutput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetCompRemoteDevId]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbDataGetRmtCompDevIdCmdType nCmd; AcdbDataGetRmtCompDevIdRspTyp nRsp; nCmd.nNativeDeviceId = pInput->nNativeDeviceId; result = AcdbDataIoctl (ACDBDATA_CMD_GET_COMPATIBLE_REMOTE_DEVICE_ID, (uint8_t*) &nCmd, sizeof(AcdbDataGetRmtCompDevIdCmdType), (uint8_t*) &nRsp, sizeof(AcdbDataGetRmtCompDevIdRspTyp) ); if (result == ACDB_SUCCESS) { pOutput->nRmtDeviceId = nRsp.nRemoteDeviceId; } else if(result== ACDB_PARMNOTFOUND) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetCompRemoteDevId]-> Remote dev id not found for" "Native DeviceId [0x%08X]\n",nCmd.nNativeDeviceId); } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetCompRemoteDevId]->Query for compatible Remote dev id failed! " "Native DeviceId [0x%08X]\n",nCmd.nNativeDeviceId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetCompRemoteDevId]->Query command request is completed " "Native DeviceId [0x%08X]\n",nCmd.nNativeDeviceId); #endif } return result; } int32_t AcdbCmdGetRecordPairList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordPairList]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordPairList]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl(ACDB_CMD_GET_AUDIO_RECORD_PAIR_LIST, NULL, 0, (uint8_t*) &tbl, sizeof(tbl) ); if (result == ACDB_SUCCESS) { if (tbl.nBufferLength > pInput->nBufferLength) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordPairList]->Insufficient Buffer Length," " InputBuffer length %d, Actual table length %d\n", pInput->nBufferLength, tbl.nBufferLength); result = ACDB_BADPARM; } else { memcpy((void*) pInput->nBufferPointer,(void*) tbl.pBuffer,tbl.nBufferLength); pOutput->nBytesUsedInBuffer = tbl.nBufferLength; } } else { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordPairList]->Failed to query Device Pair List\n"); result = ACDB_BADPARM; } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordPairList]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdGetRecordRxDeviceList (AcdbAudioRecRxListCmdType *pInput, AcdbAudioRecRxListRspType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordRxDeviceList]->System Erorr\n"); result = ACDB_BADSTATE; } else { AcdbAudioRecRxListCmdType nCmd; AcdbAudioRecRxListRspType nRsp = {0}; nCmd.nTxDeviceId = pInput->nTxDeviceId; result = AcdbDataIoctl (ACDB_CMD_GET_AUDIO_RECORD_RX_DEVICE_LIST, (uint8_t*) &nCmd, sizeof(AcdbAudioRecRxListCmdType), (uint8_t*) pOutput, sizeof(AcdbAudioRecRxListRspType) ); if (result == ACDB_BADPARM) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordRxDeviceList]-> BadParam for" "Tx Device id [0x%08X]\n",nCmd.nTxDeviceId); } else if(result== ACDB_PARMNOTFOUND) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordRxDeviceList]-> Audio EC Rx dev id not found for" "Tx Device id [0x%08X]\n",nCmd.nTxDeviceId); } else { //success ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordRxDeviceList]->Query for Audio EC Rx dev id success! " "Tx Device id [0x%08X]\n",nCmd.nTxDeviceId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetRecordRxDeviceList]->Query command request is completed\n"); #endif } return result; } int32_t AcdbCmdSetAfeCmnTable (AcdbAfeCommonTableCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput != NULL) { AcdbDataAfeCmnLookupKeyType indx; AcdbDataLookupKeyType key; uint32_t nSRId = 0; indx.nDeviceId = pInput->nDeviceId; // Translate sample rate Id result = acdb_translate_sample_rate ((uint32_t) pInput->nSampleRateId,(uint32_t*) &nSRId); if (result == ACDB_SUCCESS) { indx.nAfeSampleRateId = nSRId; } else { indx.nAfeSampleRateId = pInput->nSampleRateId; } result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key) ); if (result == ACDB_SUCCESS) { uint32_t i = 0; AcdbDataGetTblTopType tbltop; if((Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) && (Acdb_DM_Ioctl(ACDB_GET_IS_AFECMNTOPO_CHANGE_DEVICE,NULL,NULL,NULL,NULL,(uint8_t *)&indx.nDeviceId,sizeof(indx.nDeviceId),NULL,NULL) == ACDB_SUCCESS) ) { tbltop.nTableEntries = 0; tbltop.nTopologyEntries = 0; tbltop.ppTable = NULL; tbltop.pTopology = NULL; result = ACDB_SUCCESS; } else { result = AcdbDataIoctl (ACDBDATA_GET_AFECMN_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop) ); } if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAfeCmnTable]->Failed. " "DID [0x%08X] DSR [0x%08X] .\n", pInput->nDeviceId, pInput->nSampleRateId); } } return result; } int32_t AcdbCmdGetAfeTopIDList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { result = ACDB_BADPARM; } else { AcdbDataGeneralInfoType tbl; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_AFE_CMN_TOP_TABLE; if(Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) { result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); } else { result = ACDB_NOTSUPPORTED; } if(result != ACDB_SUCCESS) { result = AcdbDataIoctl (ACDBDATA_CMD_GET_AFE_TOPOLOGY_LIST, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); } else { tbl.pBuffer = pDataNode->ulDataBuf; tbl.nBufferLength = pDataNode->ulDataLen; } if (result == ACDB_SUCCESS && tbl.pBuffer != NULL && tbl.nBufferLength != 0) { if (pInput->nBufferLength >= tbl.nBufferLength) { memcpy((void*)(*pInput).nBufferPointer,(void*)tbl.pBuffer,tbl.nBufferLength); pOutput->nBytesUsedInBuffer = tbl.nBufferLength; } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePairList]->Insufficient buffer to hold the data"); } } } return result; } int32_t AcdbCmdGetDeviceChannelTypeList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { result = ACDB_BADPARM; } else { AcdbDataGeneralInfoType tbl; result = AcdbDataIoctl (ACDBDATA_CMD_GET_DEVICE_CHANNEL_TYPE_LIST, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); if (result == ACDB_SUCCESS && tbl.pBuffer != NULL && tbl.nBufferLength != 0) { if (pInput->nBufferLength >= tbl.nBufferLength) { memcpy((void*)(*pInput).nBufferPointer,(void*)tbl.pBuffer,tbl.nBufferLength); pOutput->nBytesUsedInBuffer = tbl.nBufferLength; } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDeviceChannelTypeList]->Insufficient buffer to hold the data"); } } } return result; } int32_t AcdbCmdGetAudcalPoppModIDsList (AcdbGeneralInfoCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { result = ACDB_BADPARM; } else { AcdbDataGeneralInfoType tbl; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataLookupKeyType key; key.nLookupKey = ACDB_PID_AUD_POPP_MODULELIST_GLBTBL; if(Acdb_IsTopologyOverrideSupported() == ACDB_SUCCESS) { result = Acdb_DM_Ioctl(ACDB_GET_TOPOLOGY_LIST,&key,NULL,NULL,NULL,NULL,NULL,NULL,(AcdbDynamicUniqueDataType **)&pDataNode); } else { result = ACDB_NOTSUPPORTED; } if(result != ACDB_SUCCESS) { result = AcdbDataIoctl (ACDBDATA_CMD_GET_AUD_VOL_POPP_MODULE_LIST, NULL, 0, (uint8_t *)&tbl, sizeof (tbl)); } else { tbl.pBuffer = pDataNode->ulDataBuf; tbl.nBufferLength = pDataNode->ulDataLen; } if (result == ACDB_SUCCESS && tbl.pBuffer != NULL && tbl.nBufferLength != 0) { if (pInput->nBufferLength >= tbl.nBufferLength) { memcpy((void*)(*pInput).nBufferPointer,(void*)tbl.pBuffer,tbl.nBufferLength); pOutput->nBytesUsedInBuffer = tbl.nBufferLength; } else { result = ACDB_BADPARM; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetDevicePairList]->Insufficient buffer to hold the data"); } } } return result; } int32_t AcdbCmdGetAdieSidetoneTable (AcdbAdieSidetoneTableCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL || pInput->nBufferPointer == NULL || pInput->nBufferLength == 0) { result = ACDB_BADPARM; } else { AcdbDataLookupKeyType key; AcdbDataAdieSidetoneLookupKeyType indx; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_SIDETONE_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_SIDETONE_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_TABLE, (AcdbDataLookupKeyType*) &key, NULL, NULL, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, (uint8_t*) &pOutput->nBytesUsedInBuffer, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneTable]->failed. " "DTX [0x%08X] DRX [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId); } } return result; } int32_t AcdbCmdGetAdieSidetoneData (AcdbAdieSidetoneDataCmdType *pInput, AcdbQueryResponseType *pOutput) { int32_t result = ACDB_SUCCESS; if (pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { uint8_t ulDataType = ACDB_HEAP_DATA_NOT_FOUND; //2 == Static, 1 == Dynamic, 0 == Data not found on static and heap uint32_t ulDataLen = 0; uint32_t ulPosition = 0; AcdbDataLookupKeyType key; AcdbDataAdieSidetoneLookupKeyType indx; AcdbDynamicUniqueDataType *pDataNode = NULL; AcdbDataGetTblTopType tbltop; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_SIDETONE_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_GET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, NULL, NULL, 0, NULL, (AcdbDynamicUniqueDataType**) &pDataNode ); if (result == ACDB_SUCCESS && pDataNode != NULL) { ulDataType = ACDB_DYNAMIC_DATA; ulDataLen = pDataNode->ulDataLen; } } if (result == ACDB_PARMNOTFOUND) { result = AcdbDataIoctl (ACDBDATA_GET_ADIE_SIDETONE_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { uint32_t ulMaxParamSize = 0; result = AcdbCmdGetDataIndex (pInput->nModuleId, pInput->nParamId, tbltop.pTopology, tbltop.nTopologyEntries, &ulPosition, &ulMaxParamSize); if (result == ACDB_SUCCESS) { ulDataType = ACDB_STATIC_DATA; ulDataLen = tbltop.ppTable [ulPosition]->ulDataLen; if (ulDataLen > ulMaxParamSize) { result = ACDB_BADSTATE; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneData]->Data length greater than expected max. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } } } } if (result == ACDB_SUCCESS) { if (ulDataLen > pInput->nBufferLength) { result = ACDB_INSUFFICIENTMEMORY; pOutput->nBytesUsedInBuffer = ulDataLen; ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneData]->Data length greater than provided buffer. " "MID [0x%08X] PID [0x%08X].\n",pInput->nModuleId, pInput->nParamId); } else { if (ulDataType == ACDB_STATIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)tbltop.ppTable [ulPosition]->pUniqueData, tbltop.ppTable [ulPosition]->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = tbltop.ppTable [ulPosition]->ulDataLen; } else if(ulDataType == ACDB_DYNAMIC_DATA) { memcpy ((void *) pInput->nBufferPointer, (const void *)pDataNode->ulDataBuf, pDataNode->ulDataLen); result = ACDB_SUCCESS; pOutput->nBytesUsedInBuffer = pDataNode->ulDataLen; } else { result = ACDB_BADSTATE; } } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneData]->Failed. TXD [0x%08X] RXD [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdGetAdieSidetoneData]->Query command request is completed. " "TXD [0x%08X] RXD [0x%08X] MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); #endif } return result; } int32_t AcdbCmdSetAdieSidetoneData (AcdbAdieSidetoneDataCmdType *pInput ) { int32_t result = ACDB_SUCCESS; if (pInput == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieSidetoneData]->System Erorr\n"); result = ACDB_BADSTATE; } else if (pInput->nBufferPointer == NULL) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieSidetoneData]->NULL pointer\n"); result = ACDB_NULLPOINTER; } else { AcdbDataLookupKeyType key; AcdbDataAdieSidetoneLookupKeyType indx; indx.nTxDeviceId = pInput->nTxDeviceId; indx.nRxDeviceId = pInput->nRxDeviceId; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_SIDETONE_DATA_LOOKUP_KEY, (uint8_t *)&indx, sizeof (indx), (uint8_t *)&key, sizeof (key)); if (result == ACDB_SUCCESS) { AcdbDataGetTblTopType tbltop; result = AcdbDataIoctl (ACDBDATA_GET_ADIE_SIDETONE_TABLE_AND_TOPOLOGY, (uint8_t *)&key, sizeof (key), (uint8_t *)&tbltop, sizeof (tbltop)); if (result == ACDB_SUCCESS) { result = Acdb_DM_Ioctl((uint32_t) ACDB_SET_DATA, (AcdbDataLookupKeyType*) &key, (uint32_t*) &pInput->nModuleId, (uint32_t*) &pInput->nParamId, (AcdbDataGetTblTopType*) &tbltop, (uint8_t*) pInput->nBufferPointer, (uint32_t) pInput->nBufferLength, NULL, NULL ); } } if (result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieSidetoneData]->Failed. TXD [0x%08X] RXD [0x%08X] [MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); } #ifdef ACDB_DEBUG_L1_LOG ACDB_DEBUG_LOG("[ACDB Command]->[AcdbCmdSetAdieSidetoneData]->Set command request is completed. " "TXD [0x%08X] RXD [0x%08X] [MID [0x%08X] PID [0x%08X].\n", pInput->nTxDeviceId, pInput->nRxDeviceId, pInput->nModuleId, pInput->nParamId); #endif } return result; }