/*=========================================================================== FILE: acdb_file_mgr.c OVERVIEW: This file contains the implementaion of the helper methods to access acdb files info. DEPENDENCIES: None Copyright (c) 2010-2017 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/audcal4/acdb_sw/main/latest/acdb/src/acdb_file_mgr.c#30 $ when who what, where, why ---------- --- ----------------------------------------------------- 2014-05-28 mh SW migration from 32-bit to 64-bit architecture 2014-02-14 avi Support new commands for ACDB persistence feature. 2013-06-07 avi Support Volume boost feature (VocProcVolV2 tbl) 2010-11-16 ernanl 1. Added get/set calibration data of Afe table API ========================================================================== */ /* --------------------------------------------------------------------------- * Include Files *--------------------------------------------------------------------------- */ #include "acdb_file_mgr.h" #include "acdb_parser.h" #include "acdb_private.h" #include "acdb_init_utility.h" #include "acdb_datainfo.h" #include "acdb_init.h" /* --------------------------------------------------------------------------- * Preprocessor Definitions and Constants *--------------------------------------------------------------------------- */ #define ACDB_MAX_ACDB_FILES 20 #define INF 4294967295U /* --------------------------------------------------------------------------- * Type Declarations *--------------------------------------------------------------------------- */ typedef struct _AcdbDataFileInfo AcdbDataFileInfo; #include "acdb_begin_pack.h" struct _AcdbDataFileInfo { uint32_t noOfFiles; AcdbCmdFileInfo fInfo[ACDB_MAX_ACDB_FILES]; } #include "acdb_end_pack.h" ; typedef struct _AcdbDevProp AcdbDevProp; #include "acdb_begin_pack.h" struct _AcdbDevProp { uint32_t devid; uint32_t pid; uint32_t dataoffset; } #include "acdb_end_pack.h" ; typedef struct _AcdbDevPropLut AcdbDevPropLut; #include "acdb_begin_pack.h" struct _AcdbDevPropLut { uint32_t devPropLen; AcdbDevProp *devProp; } #include "acdb_end_pack.h" ; typedef struct _AcdbGlbProp AcdbGlbProp; #include "acdb_begin_pack.h" struct _AcdbGlbProp { uint32_t pid; uint32_t dataoffset; } #include "acdb_end_pack.h" ; typedef struct _AcdbGlbPropLut AcdbGlbPropLut; #include "acdb_begin_pack.h" struct _AcdbGlbPropLut { uint32_t glbPropLen; AcdbGlbProp *glbProp; } #include "acdb_end_pack.h" ; /* --------------------------------------------------------------------------- * Global Data Definitions *--------------------------------------------------------------------------- */ /* --------------------------------------------------------------------------- * Static Variable Definitions *--------------------------------------------------------------------------- */ static AcdbDataFileInfo gDataFileInfo; static bool_t gAcdbDataGlobalFileLoaded=FALSE; static bool_t gAcdbDataCodecFileLoaded=FALSE; /* --------------------------------------------------------------------------- * Static Function Declarations and Definitions *--------------------------------------------------------------------------- */ int32_t AcdbDataCmdSetData(AcdbCmdFileInfo *cmdInfo) { int32_t result = ACDB_SUCCESS; uint32_t idx; if(cmdInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for AcdbDataCmdSetData\n"); return ACDB_ERROR; } if(gDataFileInfo.noOfFiles == ACDB_MAX_ACDB_FILES) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Request exceded the limit of 20 acdb files\n"); return ACDB_ERROR; } // check if its a global file or codec file, // if they are already loaded then return simply success if(IsCodecFileType(cmdInfo->pFileBuf,cmdInfo->nFileSize) == ACDB_PARSE_SUCCESS && gAcdbDataCodecFileLoaded == TRUE) { AcdbFreeFileData((void *)cmdInfo->pFileBuf); ACDB_DEBUG_LOG("ACDBFILE_MGR: Duplicate Codec Acdb file set request, so skipping the set request\n"); return ACDB_SUCCESS; } if(IsGlobalFileType(cmdInfo->pFileBuf,cmdInfo->nFileSize) == ACDB_PARSE_SUCCESS && gAcdbDataGlobalFileLoaded == TRUE) { AcdbFreeFileData((void *)cmdInfo->pFileBuf); ACDB_DEBUG_LOG("ACDBFILE_MGR: Duplicate Global Acdb file set request, so skipping the set request\n"); return ACDB_SUCCESS; } // check if set acdb data request is a duplicate request. // if so take the latest acdb for(idx=0;idxchFileName[0],&gDataFileInfo.fInfo[idx].chFileName[0],ACDB_FILENAME_MAX_CHARS) == 0) { AcdbFreeFileData((void *)cmdInfo->pFileBuf); ACDB_DEBUG_LOG("ACDBFILE_MGR: Duplicate Acdb file set request, so skipping the set request\n"); return ACDB_SUCCESS; } } idx = gDataFileInfo.noOfFiles++; ACDB_MEM_CPY(&gDataFileInfo.fInfo[idx].chFileName[0],sizeof(gDataFileInfo.fInfo[idx].chFileName),&cmdInfo->chFileName[0],ACDB_FILENAME_MAX_CHARS); gDataFileInfo.fInfo[idx].nFileNameLen = cmdInfo->nFileNameLen; gDataFileInfo.fInfo[idx].nFileSize = cmdInfo->nFileSize; gDataFileInfo.fInfo[idx].pFileBuf = cmdInfo->pFileBuf; return result; } int32_t AcdbDataCmdReset() { int32_t result = ACDB_SUCCESS; uint32_t idx =0; for(idx=0;idx< gDataFileInfo.noOfFiles;idx++) { gDataFileInfo.fInfo[idx].nFileNameLen = 0; gDataFileInfo.fInfo[idx].nFileSize = 0; memset(&gDataFileInfo.fInfo[idx].chFileName[0],0,ACDB_FILENAME_MAX_CHARS); AcdbFreeFileData((void *)gDataFileInfo.fInfo[idx].pFileBuf); gDataFileInfo.fInfo[idx].pFileBuf = NULL; } gDataFileInfo.noOfFiles = 0; return result; } int32_t AcdbDataGetDataPtr(AcdbCmdFileInfo fileInfo,uint32_t dataoffset,AcdbDataInfo *pDataInfo) { int32_t result = ACDB_SUCCESS; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize; uint32_t nDataLen; if(pDataInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for AcdbDataGetDataPtr\n"); return ACDB_ERROR; } result = AcdbFileGetChunkData(fileInfo.pFileBuf,fileInfo.nFileSize,ACDB_CHUNKID_DATAPOOL,&pChkBuf,&nChkBufSize); if(result != ACDB_PARSE_SUCCESS) { ACDB_DEBUG_LOG("ACDBFILE_MGR: DataPool not found\n"); return ACDB_ERROR; } if(dataoffset > nChkBufSize) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Out of bounds dataoffset value Received\n"); return ACDB_ERROR; } nDataLen = READ_UInt32(pChkBuf+dataoffset); if((dataoffset + nDataLen +sizeof(nDataLen)) > nChkBufSize) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Valid dataoffset Received, but invalid data len. Trying to access beyond DATAPOOL chunk\n"); return ACDB_ERROR; } pDataInfo->nDataLen = nDataLen; pDataInfo->pData = pChkBuf + dataoffset + sizeof(uint32_t); return result; } int32_t AcdbDataGetDevPropData(AcdbDevPropInfo *dpInfo) { int32_t result = ACDB_ERROR; AcdbDevPropLut devPropLut; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0,idx=0; if(dpInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for AcdbDataGetDevPropData\n"); return ACDB_ERROR; } if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch data\n"); return ACDB_ERROR; } for(i=0;idevId == devPropLut.devProp[idx].devid && dpInfo->pId == devPropLut.devProp[idx].pid) { result = AcdbDataGetDataPtr(gDataFileInfo.fInfo[i],devPropLut.devProp[idx].dataoffset,&dpInfo->dataInfo); nDataFound = 1; break; } } if(nDataFound == 1) { break; } else { result = ACDB_ERROR; } } if(result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("ACDBFILE_MGR: CmnDevinfo for the devid %08X not found\n",dpInfo->devId); } return result; } int32_t AcdbDataGetGlobalPropData(AcdbGlbalPropInfo *glbInfo) { int32_t result = ACDB_ERROR; AcdbGlbPropLut glbPropLut; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0,idx=0; if(glbInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for AcdbDataGetGlobalPropData\n"); return ACDB_BADPARM; } if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch data\n"); return ACDB_ERROR; } for(i=0;ipId == glbPropLut.glbProp[idx].pid) { result = AcdbDataGetDataPtr(gDataFileInfo.fInfo[i],glbPropLut.glbProp[idx].dataoffset,&glbInfo->dataInfo); nDataFound = 1; break; } } if(nDataFound == 1 || result == ACDB_DATA_NOT_FOUND) break; } if(result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Property for the pid %08X not found\n",glbInfo->pId); } return result; } int32_t AcdbDataGetDevicesList(AcdbDevices *pDevs) { int32_t result = ACDB_SUCCESS; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0; int8_t nAleastOneSuccess = 0; if(pDevs == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for AcdbDataGetDevicesList\n"); return ACDB_ERROR; } pDevs->noOfDevs = 0; if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch devices list\n"); return ACDB_ERROR; } for(i=0;inoOfDevs >= ACDB_MAX_DEVICES) { ACDB_DEBUG_LOG("ACDBFILE_MGR:Max devices limit of %08X reached\n",ACDB_MAX_DEVICES); return ACDB_SUCCESS; } for(k=0;knoOfDevs;k++) { if(pDevs->devList[k] == devPropLut.devProp[j].devid) { found =1; break; } } if(found) { continue; } pDevs->devList[pDevs->noOfDevs++] = devPropLut.devProp[j].devid; } } if(nAleastOneSuccess == 0) { result = ACDB_ERROR; } else { result = ACDB_SUCCESS; } return result; } int32_t AcdbDataGetFileTypeInfo(char * fileName, AcdbFileInfo *pFileInfo) { int32_t result = ACDB_SUCCESS; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0; int8_t nAleastOneSuccess = 0; uint32_t major = 0; uint32_t minor = 0; uint32_t revision = 0; uint32_t cplInfo = INF; if(pFileInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for AcdbDataGetFileTypeInfo\n"); return ACDB_ERROR; } pFileInfo->noOfDevs = 0; pFileInfo->pDevList = NULL; if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch devices list\n"); return ACDB_ERROR; } for(i=0;imaj = major; pFileInfo->min = minor; pFileInfo->rev = revision; pFileInfo->cplInfo = cplInfo; if(ACDB_PARSE_SUCCESS == IsAVFileType(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize)) { uint32_t j=0,k=0; AcdbDevPropLut devPropLut; AcdbDevices *pDevList = (AcdbDevices *)ACDB_MALLOC(sizeof(AcdbDevices)); if(pDevList == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR:Could not allocate memory for pDevList \n"); return ACDB_BADSTATE; } pDevList->noOfDevs = 0; result = AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf,gDataFileInfo.fInfo[i].nFileSize,ACDB_CHUNKID_DEVPROPLUT,&pChkBuf,&nChkBufSize); if(result != ACDB_PARSE_SUCCESS) { ACDB_MEM_FREE(pDevList); continue; } if(nAleastOneSuccess == 0) { nAleastOneSuccess = 1; } devPropLut.devPropLen = READ_UInt32(pChkBuf); devPropLut.devProp = (AcdbDevProp *)(pChkBuf + sizeof(devPropLut.devPropLen)); if(devPropLut.devPropLen == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR:Read the devices count as zero, please check the acdb file\n"); ACDB_MEM_FREE(pDevList); continue; } for(j=0;jnoOfDevs >= ACDB_MAX_DEVICES) { ACDB_DEBUG_LOG("ACDBFILE_MGR:Max devices limit of %08X reached\n",ACDB_MAX_DEVICES); ACDB_MEM_FREE(pDevList); return ACDB_SUCCESS; } for(k=0;knoOfDevs;k++) { if(pDevList->devList[k] == devPropLut.devProp[j].devid) { found =1; break; } } if(found) { continue; } pDevList->devList[pFileInfo->noOfDevs++] = devPropLut.devProp[j].devid; pDevList->noOfDevs++; } pFileInfo->pDevList = (uint32_t *)ACDB_MALLOC(sizeof(uint32_t) * pFileInfo->noOfDevs); if(pFileInfo->pDevList == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR:Could not allocate memory for pDevList \n"); ACDB_MEM_FREE(pDevList); return ACDB_BADSTATE; } ACDB_MEM_CPY(pFileInfo->pDevList, sizeof(uint32_t) * pFileInfo->noOfDevs, &pDevList->devList[0], sizeof(uint32_t) * pFileInfo->noOfDevs); ACDB_MEM_FREE(pDevList); pDevList = NULL; if(nAleastOneSuccess == 0) { result = ACDB_ERROR; } else { result = ACDB_SUCCESS; } pFileInfo->fileType = ACDB_AV_TYPE; } else if(ACDB_PARSE_SUCCESS == IsCodecFileType(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize)) { pFileInfo->fileType = ACDB_CODEC_TYPE; } else if(ACDB_PARSE_SUCCESS == IsGlobalFileType(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize)) { pFileInfo->fileType = ACDB_GLOBAL_TYPE; } else if(ACDB_PARSE_SUCCESS == IsAcdbAMDBFileValid(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize)) { pFileInfo->fileType = ACDB_AMDB_TYPE; } else if(strstr(gDataFileInfo.fInfo[i].chFileName, WKSP_FILE_NAME_EXT) != NULL) { //no validation needed result = ACDB_SUCCESS; } else { pFileInfo->fileType = ACDB_UNKNOWN_TYPE; ACDB_DEBUG_LOG("ACDBFILE_MGR:Unknown file type!\n"); result = ACDB_ERROR; } break; } } return result; } int32_t AcdbDataGetGlobalTblsInfo(AcdbTableCmd *tblCmd,AcdbTableInfo *tblInfo) { int32_t tblFound = 1; uint64_t lutId=0; uint64_t cdefId=0; uint64_t cdotId=0; uint64_t dataPoolId=ACDB_CHUNKID_DATAPOOL; // check if the tblid req is from global acdb file switch(tblCmd->tblId) { case AUD_STREAM_TBL: lutId=ACDB_CHUNKID_AUDSTREAMCLUT; cdefId=ACDB_CHUNKID_AUDSTREAMCDFT; cdotId=ACDB_CHUNKID_AUDSTREAMCDOT; break; case VOC_STREAM_TBL: lutId=ACDB_CHUNKID_VOCSTREAMCLUT; cdefId=ACDB_CHUNKID_VOCSTREAMCDFT; cdotId=ACDB_CHUNKID_VOCSTREAMCDOT; break; case VOC_STREAM2_TBL: lutId=ACDB_CHUNKID_VOCSTREAM2CLUT; cdefId=ACDB_CHUNKID_VOCSTREAM2CDFT; cdotId=ACDB_CHUNKID_VOCSTREAM2CDOT; break; case GLOBAL_DATA_TBL: lutId=ACDB_CHUNKID_GLOBALLUT; break; case METAINFO_LOOKUP_TBL: lutId = ACDB_CHUNKID_MINFOLUT; break; default: tblFound = 0; } if(tblFound == 1) { uint32_t i=0; // the table request is from global table for(i=0;itblLutChnk.pData, &tblInfo->tblLutChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdefId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdefId,&tblInfo->tblCdftChnk.pData, &tblInfo->tblCdftChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesnt contain CDEF tbale for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdotId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdotId,&tblInfo->tblCdotChnk.pData, &tblInfo->tblCdotChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesnt contain CDOT table for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(dataPoolId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,dataPoolId,&tblInfo->dataPoolChnk.pData, &tblInfo->dataPoolChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesn't contain datapool\n"); return ACDB_ERROR; } } return ACDB_SUCCESS; } } } return ACDB_ERROR; } int32_t AcdbDataGetGlobalTblsInfoCVD(AcdbTableCmd *tblCmd,AcdbTableInfoCVD *tblInfo) { int32_t tblFound = 1; uint64_t lutId=0; uint64_t cdefId=0; uint64_t cdotId=0; uint64_t dataPoolId=ACDB_CHUNKID_DATAPOOL; // check if the tblid req is from global acdb file switch(tblCmd->tblId) { case AUD_STREAM_TBL: lutId=ACDB_CHUNKID_AUDSTREAMCLUT; cdefId=ACDB_CHUNKID_AUDSTREAMCDFT; cdotId=ACDB_CHUNKID_AUDSTREAMCDOT; break; case VOC_STREAM_TBL: lutId=ACDB_CHUNKID_VOCSTREAMCLUT; cdefId=ACDB_CHUNKID_VOCSTREAMCDFT; cdotId=ACDB_CHUNKID_VOCSTREAMCDOT; break; case VOC_STREAM2_TBL: lutId=ACDB_CHUNKID_VOCSTREAM2CLUT; cdefId=ACDB_CHUNKID_VOCSTREAM2CDFT; cdotId=ACDB_CHUNKID_VOCSTREAM2CDOT; break; case GLOBAL_DATA_TBL: lutId=ACDB_CHUNKID_GLOBALLUT; break; case METAINFO_LOOKUP_TBL: lutId = ACDB_CHUNKID_MINFOLUT; break; default: tblFound = 0; } if(tblFound == 1) { uint32_t i=0; // the table request is from global table for(i=0;itblLutChnk.pData, &tblInfo->tblLutChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdefId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdefId,&tblInfo->tblCdftChnk.pData, &tblInfo->tblCdftChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesnt contain CDEF tbale for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdotId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdotId,&tblInfo->tblCdotChnk.pData, &tblInfo->tblCdotChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesnt contain CDOT table for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(dataPoolId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,dataPoolId,&tblInfo->dataPoolChnk.pData, &tblInfo->dataPoolChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid Global file. It doesn't contain datapool\n"); return ACDB_ERROR; } } return ACDB_SUCCESS; } } } return ACDB_ERROR; } int32_t AcdbDataGetCodecTblsInfo(AcdbTableCmd *tblCmd,AcdbTableInfo *tblInfo) { int32_t tblFound = 1; uint64_t lutId=0; uint64_t cdefId=0; uint64_t cdotId=0; uint64_t dataPoolId=ACDB_CHUNKID_DATAPOOL; // check if the tblid req is from codec acdb file switch(tblCmd->tblId) { case ADIE_CODEC_TBL: lutId=ACDB_CHUNKID_ADIELUT; break; case WDSP_DYN_MOD_INFO_TBL_ID: lutId = ACDB_WDSP_CHUNKID_DYNAMICMODULEINFOLUT; cdefId = ACDB_WDSP_CHUNKID_DYNAMICMODULEINFOCDFT; cdotId = ACDB_WDSP_CHUNKID_DYNAMICMODULEINFOCDOT; break; case WDSP_MODULE_CONN_TBL_ID: lutId = ACDB_WDSP_CHUNKID_MODULECONNLUT; cdefId = ACDB_WDSP_CHUNKID_MODULECONNCDFT; cdotId = ACDB_WDSP_CHUNKID_MODULECONNCDOT; break; case WDSP_MOD_INFO_DATA_TBL_ID: lutId = ACDB_WDSP_CHUNKID_MODULEINFOLUT; cdefId = ACDB_WDSP_CHUNKID_MODULEINFOCDFT; cdotId = ACDB_WDSP_CHUNKID_MODULEINFOCDOT; break; case WDSP_SUBGRAPH_CONN_TBL_ID: lutId = ACDB_WDSP_CHUNKID_SUBGRAPHCONNLUT; cdefId = ACDB_WDSP_CHUNKID_SUBGRAPHCONNCDFT; cdotId = ACDB_WDSP_CHUNKID_SUBGRAPHCONNCDOT; break; case WDSP_MODULE_CAL_TBL_ID: lutId = ACDB_WDSP_CHUNKID_MODULECALBLUT; cdefId = ACDB_WDSP_CHUNKID_MODULECALBCDFT; cdotId = ACDB_WDSP_CHUNKID_MODULECALBCDOT; break; default: tblFound = 0; } if(tblFound == 1) { uint32_t i=0; // the table request is from codec table for(i=0;itblLutChnk.pData, &tblInfo->tblLutChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdefId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdefId,&tblInfo->tblCdftChnk.pData, &tblInfo->tblCdftChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesnt contain CDEF tbale for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdotId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdotId,&tblInfo->tblCdotChnk.pData, &tblInfo->tblCdotChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesnt contain CDOT table for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(dataPoolId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,dataPoolId,&tblInfo->dataPoolChnk.pData, &tblInfo->dataPoolChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesn't contain datapool\n"); return ACDB_ERROR; } } return ACDB_SUCCESS; } } } return ACDB_ERROR; } int32_t AcdbDataGetCodecTblsInfoCVD(AcdbTableCmd *tblCmd,AcdbTableInfoCVD *tblInfo) { int32_t tblFound = 1; uint64_t lutId=0; uint64_t cdefId=0; uint64_t cdotId=0; uint64_t dataPoolId=ACDB_CHUNKID_DATAPOOL; // check if the tblid req is from codec acdb file switch(tblCmd->tblId) { case ADIE_CODEC_TBL: lutId=ACDB_CHUNKID_ADIELUT; break; default: tblFound = 0; } if(tblFound == 1) { uint32_t i=0; // the table request is from global table for(i=0;itblLutChnk.pData, &tblInfo->tblLutChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdefId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdefId,&tblInfo->tblCdftChnk.pData, &tblInfo->tblCdftChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesnt contain CDEF tbale for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdotId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdotId,&tblInfo->tblCdotChnk.pData, &tblInfo->tblCdotChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesnt contain CDOT table for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(dataPoolId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,dataPoolId,&tblInfo->dataPoolChnk.pData, &tblInfo->dataPoolChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid codec file. It doesn't contain datapool\n"); return ACDB_ERROR; } } return ACDB_SUCCESS; } } } return ACDB_ERROR; } int32_t AcdbDataGetAVTblsInfoCVD(AcdbTableCmd *tblCmd,AcdbTableInfoCVD *tblInfo) { int32_t tblFound = 1; uint64_t lutId=0,lutCVDId=0, lutOffsetId=0; uint64_t cdefId=0; uint64_t cdotId=0; uint64_t dataPoolId=ACDB_CHUNKID_DATAPOOL; switch(tblCmd->tblId) { case AUDPROC_GAIN_INDP_TBL: lutId=ACDB_CHUNKID_AUDPROCLUT; cdefId=ACDB_CHUNKID_AUDPROCDFT; cdotId=ACDB_CHUNKID_AUDPROCDOT; break; case AUDPROC_COPP_GAIN_DEP_TBL: lutId=ACDB_CHUNKID_AUDPROGAINDEPCLUT; cdefId=ACDB_CHUNKID_AUDPROGAINDEPCDFT; cdotId=ACDB_CHUNKID_AUDPROGAINDEPCDOT; break; case AUDPROC_AUD_VOL_TBL: lutId=ACDB_CHUNKID_AUDVOLCLUT; cdefId=ACDB_CHUNKID_AUDVOLCDFT; cdotId=ACDB_CHUNKID_AUDVOLCDOT; break; case AUD_STREAM_TBL: lutId=ACDB_CHUNKID_AUDSTREAMCLUT; cdefId=ACDB_CHUNKID_AUDSTREAMCDFT; cdotId=ACDB_CHUNKID_AUDSTREAMCDOT; break; case VOCPROC_GAIN_INDP_TBL: lutId=ACDB_CHUNKID_VOCPROCLUT; cdefId=ACDB_CHUNKID_VOCPROCDFT; cdotId=ACDB_CHUNKID_VOCPROCDOT; break; case VOCPROC_DYNAMIC_TBL: lutId=ACDB_CHUNKID_VOCPROCDYNLUT; cdefId=ACDB_CHUNKID_VOCPROCDYNDFT; cdotId=ACDB_CHUNKID_VOCPROCDYNDOT; lutCVDId=ACDB_CHUNKID_VOCPROCDYNLUTCVD; lutOffsetId=ACDB_CHUNKID_VOCPROCDYNLUTOFFSET; break; case VOCPROC_STATIC_TBL: lutId=ACDB_CHUNKID_VOCPROCSTATLUT; cdefId=ACDB_CHUNKID_VOCPROCSTATDFT; cdotId=ACDB_CHUNKID_VOCPROCSTATDOT; lutCVDId=ACDB_CHUNKID_VOCPROCSTATLUTCVD; lutOffsetId=ACDB_CHUNKID_VOCPROCSTATLUTOFFSET; break; case VOCPROC_COPP_GAIN_DEP_TBL: lutId=ACDB_CHUNKID_VOCVOLCLUT; cdefId=ACDB_CHUNKID_VOCVOLCDFT; cdotId=ACDB_CHUNKID_VOCVOLCDOT; break; case VOC_STREAM_TBL: lutId=ACDB_CHUNKID_VOCSTREAMCLUT; cdefId=ACDB_CHUNKID_VOCSTREAMCDFT; cdotId=ACDB_CHUNKID_VOCSTREAMCDOT; break; case VOC_STREAM2_TBL: lutId=ACDB_CHUNKID_VOCSTREAM2CLUT; cdefId=ACDB_CHUNKID_VOCSTREAM2CDFT; cdotId=ACDB_CHUNKID_VOCSTREAM2CDOT; break; case AFE_TBL: lutId=ACDB_CHUNKID_AFECLUT; cdefId=ACDB_CHUNKID_AFECDFT; cdotId=ACDB_CHUNKID_AFECDOT; break; case AFE_CMN_TBL: lutId=ACDB_CHUNKID_AFECMNCLUT; cdefId=ACDB_CHUNKID_AFECMNCDFT; cdotId=ACDB_CHUNKID_AFECMNCDOT; break; case ADIE_ANC_TBL: lutId=ACDB_CHUNKID_ADIEANCLUT; cdefId=0; cdotId=0; break; case VOCPROC_DEV_CFG_TBL: lutId=ACDB_CHUNKID_DEVPAIRCFGCLUT; cdefId=ACDB_CHUNKID_DEVPAIRCFGCDFT; cdotId=ACDB_CHUNKID_DEVPAIRCFGCDOT; break; case LSM_TBL: lutId=ACDB_CHUNKID_LSMLUT; cdefId=ACDB_CHUNKID_LSMCDFT; cdotId=ACDB_CHUNKID_LSMCDOT; break; case CDC_FEATURES_TBL: lutId=ACDB_CHUNKID_CDCFEATUREDATALUT; cdefId=0; cdotId=0; break; case ADIE_SIDETONE_TBL: lutId=ACDB_CHUNKID_ADSTLUT; cdefId=ACDB_CHUNKID_ADSTCDFT; cdotId=ACDB_CHUNKID_ADSTCDOT; break; case AANC_CFG_TBL: lutId=ACDB_CHUNKID_AANCLUT; cdefId=ACDB_CHUNKID_AANCCDFT; cdotId=ACDB_CHUNKID_AANCCDOT; break; case VOCPROC_COPP_GAIN_DEP_V2_TBL: lutId=ACDB_CHUNKID_VOCVOL2CLUT; cdefId=ACDB_CHUNKID_VOCVOL2CDFT; cdotId=ACDB_CHUNKID_VOCVOL2CDOT; break; case VOICE_VP3_TBL: lutId=ACDB_CHUNKID_VOICEVP3CLUT; cdefId=ACDB_CHUNKID_VOICEVP3CDFT; cdotId=ACDB_CHUNKID_VOICEVP3CDOT; break; case AUDIO_REC_VP3_TBL: lutId=ACDB_CHUNKID_AUDIORECVP3CLUT; cdefId=ACDB_CHUNKID_AUDIORECVP3CDFT; cdotId=ACDB_CHUNKID_AUDIORECVP3CDOT; break; case AUDIO_REC_EC_VP3_TBL: lutId=ACDB_CHUNKID_AUDIORECECVP3CLUT; cdefId=ACDB_CHUNKID_AUDIORECECVP3CDFT; cdotId=ACDB_CHUNKID_AUDIORECECVP3CDOT; break; default: tblFound = 0; } if(tblFound == 1) { uint32_t i=0; // the table request is from global table for(i=0;idevId) { devFound = 1; } } if(devFound == 0) continue; if(lutId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,lutId,&tblInfo->tblLutChnk.pData, &tblInfo->tblLutChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(lutCVDId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,lutCVDId,&tblInfo->tblLutCVDChnk.pData, &tblInfo->tblLutCVDChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdefId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdefId,&tblInfo->tblCdftChnk.pData, &tblInfo->tblCdftChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain CDEF tbale for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdotId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdotId,&tblInfo->tblCdotChnk.pData, &tblInfo->tblCdotChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain CDOT table for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(lutOffsetId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,lutOffsetId,&tblInfo->tblLutOffsetChnk.pData, &tblInfo->tblLutOffsetChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(dataPoolId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,dataPoolId,&tblInfo->dataPoolChnk.pData, &tblInfo->dataPoolChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesn't contain datapool\n"); return ACDB_ERROR; } } return ACDB_SUCCESS; } } } return ACDB_ERROR; } int32_t AcdbDataGetAVTblsInfo(AcdbTableCmd *tblCmd,AcdbTableInfo *tblInfo) { int32_t tblFound = 1; uint64_t lutId=0; uint64_t cdefId=0; uint64_t cdotId=0; uint64_t dataPoolId=ACDB_CHUNKID_DATAPOOL; switch(tblCmd->tblId) { case AUDPROC_GAIN_INDP_TBL: lutId=ACDB_CHUNKID_AUDPROCLUT; cdefId=ACDB_CHUNKID_AUDPROCDFT; cdotId=ACDB_CHUNKID_AUDPROCDOT; break; case AUDPROC_COPP_GAIN_DEP_TBL: lutId=ACDB_CHUNKID_AUDPROGAINDEPCLUT; cdefId=ACDB_CHUNKID_AUDPROGAINDEPCDFT; cdotId=ACDB_CHUNKID_AUDPROGAINDEPCDOT; break; case AUDPROC_AUD_VOL_TBL: lutId=ACDB_CHUNKID_AUDVOLCLUT; cdefId=ACDB_CHUNKID_AUDVOLCDFT; cdotId=ACDB_CHUNKID_AUDVOLCDOT; break; case AUD_STREAM_TBL: lutId=ACDB_CHUNKID_AUDSTREAMCLUT; cdefId=ACDB_CHUNKID_AUDSTREAMCDFT; cdotId=ACDB_CHUNKID_AUDSTREAMCDOT; break; case VOCPROC_GAIN_INDP_TBL: lutId=ACDB_CHUNKID_VOCPROCLUT; cdefId=ACDB_CHUNKID_VOCPROCDFT; cdotId=ACDB_CHUNKID_VOCPROCDOT; break; case VOCPROC_DYNAMIC_TBL: lutId=ACDB_CHUNKID_VOCPROCDYNLUT; cdefId=ACDB_CHUNKID_VOCPROCDYNDFT; cdotId=ACDB_CHUNKID_VOCPROCDYNDOT; break; case VOCPROC_STATIC_TBL: lutId=ACDB_CHUNKID_VOCPROCSTATLUT; cdefId=ACDB_CHUNKID_VOCPROCSTATDFT; cdotId=ACDB_CHUNKID_VOCPROCSTATDOT; break; case VOCPROC_COPP_GAIN_DEP_TBL: lutId=ACDB_CHUNKID_VOCVOLCLUT; cdefId=ACDB_CHUNKID_VOCVOLCDFT; cdotId=ACDB_CHUNKID_VOCVOLCDOT; break; case VOC_STREAM_TBL: lutId=ACDB_CHUNKID_VOCSTREAMCLUT; cdefId=ACDB_CHUNKID_VOCSTREAMCDFT; cdotId=ACDB_CHUNKID_VOCSTREAMCDOT; break; case VOC_STREAM2_TBL: lutId=ACDB_CHUNKID_VOCSTREAM2CLUT; cdefId=ACDB_CHUNKID_VOCSTREAM2CDFT; cdotId=ACDB_CHUNKID_VOCSTREAM2CDOT; break; case AFE_TBL: lutId=ACDB_CHUNKID_AFECLUT; cdefId=ACDB_CHUNKID_AFECDFT; cdotId=ACDB_CHUNKID_AFECDOT; break; case AFE_CMN_TBL: lutId=ACDB_CHUNKID_AFECMNCLUT; cdefId=ACDB_CHUNKID_AFECMNCDFT; cdotId=ACDB_CHUNKID_AFECMNCDOT; break; case ADIE_ANC_TBL: lutId=ACDB_CHUNKID_ADIEANCLUT; cdefId=0; cdotId=0; break; case VOCPROC_DEV_CFG_TBL: lutId=ACDB_CHUNKID_DEVPAIRCFGCLUT; cdefId=ACDB_CHUNKID_DEVPAIRCFGCDFT; cdotId=ACDB_CHUNKID_DEVPAIRCFGCDOT; break; case LSM_TBL: lutId=ACDB_CHUNKID_LSMLUT; cdefId=ACDB_CHUNKID_LSMCDFT; cdotId=ACDB_CHUNKID_LSMCDOT; break; case CDC_FEATURES_TBL: lutId=ACDB_CHUNKID_CDCFEATUREDATALUT; cdefId=0; cdotId=0; break; case ADIE_SIDETONE_TBL: lutId=ACDB_CHUNKID_ADSTLUT; cdefId=ACDB_CHUNKID_ADSTCDFT; cdotId=ACDB_CHUNKID_ADSTCDOT; break; case AANC_CFG_TBL: lutId=ACDB_CHUNKID_AANCLUT; cdefId=ACDB_CHUNKID_AANCCDFT; cdotId=ACDB_CHUNKID_AANCCDOT; break; case VOCPROC_COPP_GAIN_DEP_V2_TBL: lutId=ACDB_CHUNKID_VOCVOL2CLUT; cdefId=ACDB_CHUNKID_VOCVOL2CDFT; cdotId=ACDB_CHUNKID_VOCVOL2CDOT; break; case VOICE_VP3_TBL: lutId=ACDB_CHUNKID_VOICEVP3CLUT; cdefId=ACDB_CHUNKID_VOICEVP3CDFT; cdotId=ACDB_CHUNKID_VOICEVP3CDOT; break; case AUDIO_REC_VP3_TBL: lutId=ACDB_CHUNKID_AUDIORECVP3CLUT; cdefId=ACDB_CHUNKID_AUDIORECVP3CDFT; cdotId=ACDB_CHUNKID_AUDIORECVP3CDOT; break; case AUDIO_REC_EC_VP3_TBL: lutId=ACDB_CHUNKID_AUDIORECECVP3CLUT; cdefId=ACDB_CHUNKID_AUDIORECECVP3CDFT; cdotId=ACDB_CHUNKID_AUDIORECECVP3CDOT; break; default: tblFound = 0; } if(tblFound == 1) { uint32_t i=0; // the table request is from global table for(i=0;idevId) { devFound = 1; } } if(devFound == 0) continue; if(lutId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,lutId,&tblInfo->tblLutChnk.pData, &tblInfo->tblLutChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain LUT for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdefId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdefId,&tblInfo->tblCdftChnk.pData, &tblInfo->tblCdftChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain CDEF tbale for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(cdotId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,cdotId,&tblInfo->tblCdotChnk.pData, &tblInfo->tblCdotChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesnt contain CDOT table for tblid %08X \n",tblCmd->tblId); return ACDB_ERROR; } } if(dataPoolId) { if(ACDB_PARSE_SUCCESS != AcdbFileGetChunkData(gDataFileInfo.fInfo[i].pFileBuf, gDataFileInfo.fInfo[i].nFileSize,dataPoolId,&tblInfo->dataPoolChnk.pData, &tblInfo->dataPoolChnk.nDataLen)) { ACDB_DEBUG_LOG("Invalid AV file. It doesn't contain datapool\n"); return ACDB_ERROR; } } return ACDB_SUCCESS; } } } return ACDB_ERROR; } int32_t AcdbDataGetTableInfoCVD(AcdbTableCmd *tblCmd,AcdbTableInfoCVD *tblInfo) { int32_t result = ACDB_SUCCESS; if(ACDB_SUCCESS != AcdbDataGetGlobalTblsInfoCVD(tblCmd,tblInfo) && ACDB_SUCCESS != AcdbDataGetCodecTblsInfoCVD(tblCmd,tblInfo) && ACDB_SUCCESS != AcdbDataGetAVTblsInfoCVD(tblCmd,tblInfo)) { return ACDB_DATA_INTERFACE_NOT_FOUND; } return result; } int32_t AcdbDataGetTableInfo(AcdbTableCmd *tblCmd,AcdbTableInfo *tblInfo) { int32_t result = ACDB_SUCCESS; if(ACDB_SUCCESS != AcdbDataGetGlobalTblsInfo(tblCmd,tblInfo) && ACDB_SUCCESS != AcdbDataGetCodecTblsInfo(tblCmd,tblInfo) && ACDB_SUCCESS != AcdbDataGetAVTblsInfo(tblCmd,tblInfo)) { return ACDB_DATA_INTERFACE_NOT_FOUND; } return result; } int32_t AcdbDataGetFileName(uint32_t *pFileIndex,AcdbCmdFileNameInfo *pFileNameInfo) { int32_t result = ACDB_SUCCESS; if( *pFileIndex < gDataFileInfo.noOfFiles) { ACDB_MEM_CPY(pFileNameInfo->chFileName, sizeof(pFileNameInfo->chFileName),&gDataFileInfo.fInfo[*pFileIndex].chFileName[0],sizeof(gDataFileInfo.fInfo[*pFileIndex].chFileName)); pFileNameInfo->nFileNameLen = gDataFileInfo.fInfo[*pFileIndex].nFileNameLen; } else { ACDB_DEBUG_LOG("ACDB_FILEMGR [AcdbDataGetFileName]: Received invalid input/output params.\n"); return ACDB_ERROR; } return result; } int32_t AcdbDataGetFileData(AcdbFileMgrGetFileDataReq *pInput,AcdbFileMgrResp *pOutput) { int32_t result = ACDB_ERROR; uint32_t i=0; if(pInput == NULL || pOutput == NULL) { ACDB_DEBUG_LOG("ACDB_FILEMGR: Received invalid input/output params\n"); return ACDB_ERROR; } for(i=0;infileNameLen != gDataFileInfo.fInfo[i].nFileNameLen) continue; if(memcmp(pInput->pFileName,&gDataFileInfo.fInfo[i].chFileName[0],pInput->nfileNameLen)!=0) continue; if(pOutput->nresp_buff_len < pInput->nfile_data_len) { ACDB_DEBUG_LOG("ACDB_FILEMGR: Insufficient memory buffer provided to copy the requested length of file data\n"); return ACDB_ERROR; } if(gDataFileInfo.fInfo[i].nFileSize < pInput->nfile_offset) { ACDB_DEBUG_LOG("ACDB_FILEMGR: Invalid offset provided to copy the to copy the data from the file\n"); return ACDB_ERROR; } if( (gDataFileInfo.fInfo[i].nFileSize - pInput->nfile_offset) < pInput->nfile_data_len ) { nDataLenToCopy = gDataFileInfo.fInfo[i].nFileSize - pInput->nfile_offset; } else { nDataLenToCopy = pInput->nfile_data_len; } ACDB_MEM_CPY(pOutput->pRespBuff,pOutput->nresp_buff_len,gDataFileInfo.fInfo[i].pFileBuf+pInput->nfile_offset,nDataLenToCopy); pOutput->nresp_buff_filled = nDataLenToCopy; return ACDB_SUCCESS; } return result; } int32_t WdspGetGetSubgraphList(WdspGetSubgraphListQry *dpInfo) { int32_t result = ACDB_ERROR; AcdbDevPropLut devPropLut; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0,idx=0; if(dpInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for WdspGetGetSubgraphList\n"); return ACDB_ERROR; } if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch data\n"); return ACDB_ERROR; } for(i=0;idevId == devPropLut.devProp[idx].devid && USECASESUBGRAPHINFO_PID == devPropLut.devProp[idx].pid) { result = AcdbDataGetDataPtr(gDataFileInfo.fInfo[i],devPropLut.devProp[idx].dataoffset,&dpInfo->dataInfo); nDataFound = 1; break; } } if(nDataFound == 1) { break; } else { result = ACDB_ERROR; } } if(result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("ACDBFILE_MGR: CmnDevinfo for the devid %08X not found\n",dpInfo->devId); } return result; } int32_t WdspGetSubgraphDefinition(WdspGetSubgraphDefnQry *dpInfo) { int32_t result = ACDB_ERROR; AcdbDevPropLut devPropLut; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0,idx=0, index=0; if(dpInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for WdspGetGetSubgraphList\n"); return ACDB_ERROR; } if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch data\n"); return ACDB_ERROR; } for(i=0;idevId == devPropLut.devProp[idx].devid && USECASESUBGRAPHINFO_PID == devPropLut.devProp[idx].pid) { result = AcdbDataGetDataPtr(gDataFileInfo.fInfo[i],devPropLut.devProp[idx].dataoffset,tempData); nDataFound = 1; break; } } if(nDataFound == 1) { //Here data found is for all usecase IDs, we have to find for one specific usecase ID. uint8_t *buffer = tempData->pData; uint32_t numOfUsecaseIds = READ_UInt32(buffer); uint32_t offset = sizeof(uint32_t); int8_t subgraphFound = 0; uint32_t numBytesRemaining = tempData->nDataLen; for(index = 0; index < numOfUsecaseIds;index++) { uint32_t usecaseID; uint32_t sgtCount; usecaseID = READ_UInt32(buffer + offset); offset += sizeof(uint32_t); //For usecase ID which is read from buffer. if(usecaseID == dpInfo->usecaseId) { sgtCount = READ_UInt32(buffer + offset); offset += sizeof(uint32_t); //For sgtcount which is read from buffer. for(idx = 0; idx < sgtCount ;idx ++) { uint32_t midpidCount=0; uint32_t subgraphID = READ_UInt32(buffer + offset); offset += sizeof(uint32_t); if(subgraphID == dpInfo->subgraphId) { dpInfo->dataInfo.pData = buffer + offset; midpidCount = READ_UInt32(buffer + offset); dpInfo->dataInfo.nDataLen = (midpidCount * 2 * sizeof(uint32_t))+sizeof(uint32_t); subgraphFound = 1; break; } else { midpidCount = READ_UInt32(buffer + offset); offset += sizeof(uint32_t); offset += (midpidCount*sizeof(uint32_t) * 2); //Payload contains array of MID and IID of length midpidCount } } if(subgraphFound == 1) break; numBytesRemaining -= sizeof(uint32_t); } else { sgtCount = READ_UInt32(buffer + offset); offset += sizeof(uint32_t); //For sgtcount which is read from buffer. for(idx = 0; idx < sgtCount ;idx ++) { uint32_t midpidCount=0; READ_UInt32(buffer + offset); //Skipping subgraph ID offset += sizeof(uint32_t); midpidCount = READ_UInt32(buffer + offset); offset += sizeof(uint32_t); offset += (midpidCount*sizeof(uint32_t) * 2); //Payload contains array of MID and IID of length midpidCount } } } if(subgraphFound == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Couldnt find given Usecase ID: %08X for device ID: %08X \n", dpInfo->usecaseId, dpInfo->devId); return ACDB_ERROR; } break; } else { result = ACDB_ERROR; } } if(result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("ACDBFILE_MGR: CmnDevinfo for the devid %08X not found\n",dpInfo->devId); } return result; } int32_t WdspGetFrameworkIds(WdspFrameworkIds *dpInfo) { int32_t result = ACDB_ERROR; AcdbGlbPropLut glblPropLut; uint8_t *pChkBuf = NULL; uint32_t nChkBufSize=0; uint32_t i = 0,idx=0; if(dpInfo == NULL) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received NULL input for WdspGetGetSubgraphList\n"); return ACDB_ERROR; } if(gDataFileInfo.noOfFiles == 0) { ACDB_DEBUG_LOG("ACDBFILE_MGR: No acdb files loaded to fetch data\n"); return ACDB_ERROR; } for(i=0;idataInfo); nDataFound = 1; break; } } if(nDataFound == 1) { break; } else { result = ACDB_ERROR; } } if(result != ACDB_SUCCESS) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Failed to get framework IDs"); } return result; } int32_t acdbdata_ioctl (uint32_t nCommandId, uint8_t *pInput, uint32_t nInputSize, uint8_t *pOutput, uint32_t nOutputSize) { int32_t result = ACDB_SUCCESS; switch (nCommandId) { case ACDBDATACMD_SET_ACDB_DATA: { if(pInput == NULL || nInputSize != sizeof(AcdbCmdFileInfo)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } result = AcdbDataCmdSetData((AcdbCmdFileInfo *)pInput); } break; case ACDBDATACMD_RESET: { result = AcdbDataCmdReset(); } break; case ACDBDATACMD_GET_DEVICE_PROP: { if(pInput == NULL || nInputSize != sizeof(AcdbDevPropInfo)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { AcdbDevPropInfo *pDInfo = (AcdbDevPropInfo *)pInput; result = AcdbDataGetDevPropData(pDInfo); } } break; case ACDBDATACMD_GET_GLOBAL_PROP: { if(pInput == NULL || nInputSize != sizeof(AcdbGlbalPropInfo)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { AcdbGlbalPropInfo *pGInfo = (AcdbGlbalPropInfo *)pInput; result = AcdbDataGetGlobalPropData(pGInfo); } } break; case ACDBDATACMD_GET_DEVICE_LIST: { if(pInput == NULL || nInputSize != sizeof(AcdbDevices)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { AcdbDevices *pDevs = (AcdbDevices *)pInput; result = AcdbDataGetDevicesList(pDevs); } } break; case ACDBDATACMD_GET_FILE_TYPE_INFO: { if(pInput == NULL || pOutput == NULL || nOutputSize != sizeof(AcdbFileInfo)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { char *fileName = (char *)pInput; AcdbFileInfo *pFileInfo = (AcdbFileInfo *)pOutput; result = AcdbDataGetFileTypeInfo(fileName, pFileInfo); } } break; case ACDBDATACMD_GET_TABLE_INFO: { if(pInput == NULL || nInputSize != sizeof(AcdbTableCmd) || pOutput == NULL || nOutputSize != sizeof(AcdbTableInfo)) { if(pInput != NULL && nInputSize == sizeof(AcdbTableCmd) && pOutput != NULL && nOutputSize == sizeof(AcdbTableInfoCVD)) { AcdbTableCmd *pCmd = (AcdbTableCmd *)pInput; AcdbTableInfoCVD *pTbl = (AcdbTableInfoCVD *)pOutput; result = AcdbDataGetTableInfoCVD(pCmd,pTbl); } else { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } } else { AcdbTableCmd *pCmd = (AcdbTableCmd *)pInput; AcdbTableInfo *pTbl = (AcdbTableInfo *)pOutput; result = AcdbDataGetTableInfo(pCmd,pTbl); } } break; case ACDBDATACMD_GET_LOADED_FILES_INFO: { if(pInput == NULL || nInputSize == 0 || pOutput == NULL || nOutputSize != sizeof(uint32_t)) { ACDB_DEBUG_LOG("ACDB_FILEMGR: Received invalid input/output params\n"); return ACDB_ERROR; } else { // The data should be filled in the following format // // // // // . . . . uint32_t i = 0; uint32_t nBytesRequired = 0; int32_t offset =0; // nBytesRequired += sizeof(gDataFileInfo.noOfFiles); for(i=0;i nBytesRequired += sizeof(gDataFileInfo.fInfo[i].nFileSize); // nBytesRequired += sizeof(gDataFileInfo.fInfo[i].nFileNameLen); // nBytesRequired += gDataFileInfo.fInfo[i].nFileNameLen; } if(nBytesRequired > nInputSize) { ACDB_DEBUG_LOG("ACDB_FILEMGR: Insufficient memory to copy the files info data\n"); return ACDB_ERROR; } ACDB_MEM_CPY(&pInput[offset],sizeof(gDataFileInfo.noOfFiles),&gDataFileInfo.noOfFiles,sizeof(gDataFileInfo.noOfFiles)); offset+=sizeof(gDataFileInfo.noOfFiles); for(i=0;i ACDB_MEM_CPY(&pInput[offset],sizeof(gDataFileInfo.fInfo[i].nFileSize),&gDataFileInfo.fInfo[i].nFileSize,sizeof(gDataFileInfo.fInfo[i].nFileSize)); offset += sizeof(uint32_t); //copy ACDB_MEM_CPY(&pInput[offset],sizeof(gDataFileInfo.fInfo[i].nFileNameLen),&gDataFileInfo.fInfo[i].nFileNameLen,sizeof(gDataFileInfo.fInfo[i].nFileNameLen)); offset += sizeof(gDataFileInfo.fInfo[i].nFileNameLen); //copy ACDB_MEM_CPY(&pInput[offset],gDataFileInfo.fInfo[i].nFileNameLen,&gDataFileInfo.fInfo[i].chFileName[0],gDataFileInfo.fInfo[i].nFileNameLen); offset += gDataFileInfo.fInfo[i].nFileNameLen; } ACDB_MEM_CPY((void *)pOutput,sizeof(nBytesRequired),(void *)&nBytesRequired,sizeof(nBytesRequired)); } } break; case ACDBDATACMD_GET_FILE_DATA: { if(pInput == NULL || nInputSize != sizeof(AcdbFileMgrGetFileDataReq) || pOutput == NULL || nOutputSize != sizeof(AcdbFileMgrResp)) { ACDB_DEBUG_LOG("ACDB_FILEMGR: Received invalid input/output params\n"); return ACDB_ERROR; } else { AcdbFileMgrGetFileDataReq *pCmd = (AcdbFileMgrGetFileDataReq *)pInput; AcdbFileMgrResp *pRsp = (AcdbFileMgrResp *)pOutput; result = AcdbDataGetFileData(pCmd,pRsp); } } break; case ACDBDATACMD_GET_AVAILABLE_FILES_SLOT_COUNT: { int32_t no_of_avail_slots = 0; if(pOutput == NULL || nOutputSize != sizeof(uint32_t)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid output params to provide the slot count info\n"); return ACDB_BADPARM; } no_of_avail_slots = ACDB_MAX_ACDB_FILES - gDataFileInfo.noOfFiles; ACDB_MEM_CPY(pOutput,sizeof(int32_t),&no_of_avail_slots,sizeof(int32_t)); result = ACDB_SUCCESS; } break; case ACDBDATACMD_GET_FILE_NAME: { if(pInput == NULL || nInputSize != sizeof(uint32_t) || pOutput == NULL || nOutputSize != sizeof(AcdbCmdFileNameInfo)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { uint32_t *pfileIndex = (uint32_t *)pInput; AcdbCmdFileNameInfo *pfileNameInfo = (AcdbCmdFileNameInfo *)pOutput; result = AcdbDataGetFileName(pfileIndex,pfileNameInfo); } } break; case ACDBDATACMD_GET_WDSP_SUBGRAPHLIST: { if(pInput == NULL || nInputSize != sizeof(WdspGetSubgraphListQry)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { WdspGetSubgraphListQry *pDInfo = (WdspGetSubgraphListQry *)pInput; result = WdspGetGetSubgraphList(pDInfo); } } break; case ACDBDATACMD_GET_WDSP_SUBGRAPH_DEFINITION: { if(pInput == NULL || nInputSize != sizeof(WdspGetSubgraphDefnQry)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { WdspGetSubgraphDefnQry *pDInfo = (WdspGetSubgraphDefnQry *)pInput; result = WdspGetSubgraphDefinition(pDInfo); } } break; case ACDBDATACMD_GET_WDSP_FRAMEWORKIDS: { if(pInput == NULL || nInputSize != sizeof(WdspFrameworkIds)) { ACDB_DEBUG_LOG("ACDBFILE_MGR: Received invalid input/output params\n"); return ACDB_BADPARM; } else { WdspFrameworkIds *pDInfo = (WdspFrameworkIds *)pInput; result = WdspGetFrameworkIds(pDInfo); } } break; } return result; }