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你好，工程师
我在使用am2732开发板进行HWA相关功能的开发。我将HWA的Paramset的触发方式设置为HWA_TRIG_MODE_DMA，loopCnt为4；在使用CCS进行Debug的过程中发现这组paramset可以由DMA触发，并且正常完成第一个loop的处理，然后由EDMA将数据从hwa membank搬移到L3上，然后由该EDMA触发chain的EDMA通道搬移第二个loop需要的数据到HWA的membank中。在CCS上通过内存查看，第二个loop的数据已经成功搬移到HWA的membank中了，但是没有触发HWA的paramset进行处理，此时查看寄存器loop_cnt的值为2，但是hwa的dest membank中的数据仍为第一个loop的处理结果，即第二个loop没有开始处理；请问为什么会发生上述的问题？loop_cnt=2是否说明hotSignature已经将寄存器DMA2HWA_TRIG中对应的bit进行置位了？
谢谢
#include <stdlib.h>
#include <string.h>
#include <math.h>
#include <kernel/dpl/DebugP.h>
#include <kernel/dpl/CycleCounterP.h>
#include <drivers/hwa.h>
#include "ti_drivers_config.h"
#include "ti_drivers_open_close.h"
#include "ti_board_open_close.h"
#include "dpedma/dpedma.h"
#include "dpedma/dpedmahwa.h"
/*global paramset*/
HWA_Handle gHwaHandle;
DPEDMA_ChanCfg gEdmaChannelCfg[10];
Edma_IntrObject gEdmaIntrObj[10];
uint32_t gAddressArray[10]={0};
uint32_t PrevParamsetEndIdx = 0;
HWA_CommonConfig COMPRESScommonConfig;
uint16_t CompressedData[1400832];
#pragma DATA_ALIGN(CompressedData, 256);
#pragma DATA_SECTION(CompressedData, ".l3ram");
int16_t DataDeCompressed[49152];
#pragma DATA_ALIGN(DataDeCompressed, 256);
#pragma DATA_SECTION(DataDeCompressed, ".l3ram");
/*function */
static void allocateEDMAShadowChannel(EDMA_Handle edmaHandle, uint32_t *param);
void DPC_ObjDet_EDMAChannelConfigAssist(EDMA_Handle handle, uint32_t chNum, uint32_t shadowParam, uint32_t eventQueue, DPEDMA_ChanCfg *chanCfg);
void EDMA_ChannelConfig();
static int32_t DPU_DopplerProcHWA_configEdmaDecompressionIn();
static int32_t DPU_DopplerProcHWA_configEdmaDecompressionOut();
static void allocateEDMAShadowChannel(EDMA_Handle edmaHandle, uint32_t *param)
{
int32_t testStatus = SystemP_SUCCESS;
EDMA_Config *config;
EDMA_Object *object;
config = (EDMA_Config *) edmaHandle;
object = config->object;
if((object->allocResource.paramSet[*param/32] & (1U << *param%32)) != (1U << *param%32))
{
testStatus = EDMA_allocParam(edmaHandle, param);
DebugP_assert(testStatus == SystemP_SUCCESS);
}
return;
}
void DPC_ObjDet_EDMAChannelConfigAssist(EDMA_Handle handle, uint32_t chNum, uint32_t shadowParam, uint32_t eventQueue, DPEDMA_ChanCfg *chanCfg)
{
DebugP_assert(chanCfg != NULL);
DPEDMA_allocateEDMAChannel(handle, &chNum, &chNum, &chNum);
chanCfg->channel = chNum;
chanCfg->tcc = chNum;
chanCfg->paramId = chNum;
chanCfg->shadowPramId = shadowParam;
allocateEDMAShadowChannel(handle, &shadowParam);
chanCfg->eventQueue = eventQueue;
return;
}
void EDMA_ChannelConfig()
{
DPC_ObjDet_EDMAChannelConfigAssist(gEdmaHandle[0],
23,
64+4,
0,
&gEdmaChannelCfg[0]); //Decompressed dataIn EDMA ping
DebugP_log("DPC_ObjDet_EDMAChannelConfigAssist 0 \r\n");
DPC_ObjDet_EDMAChannelConfigAssist(gEdmaHandle[0],
19,
64+8,
0,
&gEdmaChannelCfg[1]); //Decompressed dataIn hot signature ping
DebugP_log("DPC_ObjDet_EDMAChannelConfigAssist 1 \r\n");
DPC_ObjDet_EDMAChannelConfigAssist(gEdmaHandle[0],
42,
64+6,
0,
&gEdmaChannelCfg[2]); //Decompressed dataout ping
DebugP_log("DPC_ObjDet_EDMAChannelConfigAssist 2 \r\n");
DPC_ObjDet_EDMAChannelConfigAssist(gEdmaHandle[0],
3,
64+5,
0,
&gEdmaChannelCfg[3]); //Decompressed dataIn EDMA pong
DebugP_log("DPC_ObjDet_EDMAChannelConfigAssist 3 \r\n");
DPC_ObjDet_EDMAChannelConfigAssist(gEdmaHandle[0],
20,
64+9,
0,
&gEdmaChannelCfg[4]); //Decompressed dataIn hot signature pong
DebugP_log("DPC_ObjDet_EDMAChannelConfigAssist 4 \r\n");
DPC_ObjDet_EDMAChannelConfigAssist(gEdmaHandle[0],
62,
64+7,
0,
&gEdmaChannelCfg[5]); //Decompressed dataout pong
DebugP_log("DPC_ObjDet_EDMAChannelConfigAssist 5 \r\n");
}
static int32_t DPU_DopplerProcHWA_configEdmaDecompressionIn()
{
DPEDMA_syncABCfg syncABCfg;
DPEDMA_ChainingCfg chainingCfg;
int32_t retVal = 0;
/* PING */
chainingCfg.chainingChannel = gEdmaChannelCfg[1].channel;
chainingCfg.isIntermediateChainingEnabled = true;
chainingCfg.isFinalChainingEnabled = true;
syncABCfg.srcAddress = (uint32_t)(gAddressArray[0]);
syncABCfg.destAddress = (uint32_t)(CSL_DSS_HWA_DMA0_RAM_BANK4_BASE); //bank4
syncABCfg.aCount = 4096;
syncABCfg.bCount = 1;
syncABCfg.cCount = 6;
syncABCfg.srcBIdx = 0;
syncABCfg.dstBIdx = 0;
syncABCfg.srcCIdx = 8192;
syncABCfg.dstCIdx = 0;
retVal = DPEDMA_configSyncAB(gEdmaHandle[0],
&gEdmaChannelCfg[0],
&chainingCfg,
&syncABCfg,
false,//isEventTriggered
false, //isIntermediateTransferCompletionEnabled
false,//isTransferCompletionEnabled
NULL, //transferCompletionCallbackFxn
NULL, //transferCompletionCallbackFxnArg
NULL); /* intrObj */
if(retVal!=0)
{
DebugP_log("Ping DPEDMA_configSyncAB error , retval=%d\r\n",retVal);
goto exit;
}
if(&gEdmaChannelCfg[1]==NULL)
{
DebugP_log("gEdmaChannelCfg[1]==NULL");
}
if(gHwaHandle==NULL)
{
DebugP_log("gHwaHandle==NULL");
}
/* One Hot Signature to trigger the HWA */
retVal = DPEDMAHWA_configOneHotSignature(gEdmaHandle[0],
&gEdmaChannelCfg[1],
gHwaHandle,
0, // hwa trigger src = paramset0
0);
if(retVal!=0)
{
DebugP_log("Ping DPEDMAHWA_configOneHotSignature error , retval=%d\r\n",retVal);
goto exit;
}
/*Pong*/
chainingCfg.chainingChannel = gEdmaChannelCfg[4].channel;
syncABCfg.srcAddress = (uint32_t)(gAddressArray[0])+4096;
syncABCfg.destAddress = (uint32_t)(CSL_DSS_HWA_DMA0_RAM_BANK5_BASE); //bank5
retVal = DPEDMA_configSyncAB(gEdmaHandle[0],
&gEdmaChannelCfg[3],
&chainingCfg,
&syncABCfg,
false,//isEventTriggered
false, //isIntermediateTransferCompletionEnabled
false,//isTransferCompletionEnabled
NULL, //transferCompletionCallbackFxn
NULL, //transferCompletionCallbackFxnArg
NULL); /* intrObj */
if(retVal!=0)
{
DebugP_log("Ping DPEDMA_configSyncAB error , retval=%d\r\n",retVal);
goto exit;
}
retVal = DPEDMAHWA_configOneHotSignature(gEdmaHandle[0],
&gEdmaChannelCfg[4],
gHwaHandle,
2, // hwa trigger src = paramset0
0);
if(retVal!=0)
{
DebugP_log("Pong DPEDMAHWA_configOneHotSignature error , retval=%d\r\n",retVal);
goto exit;
}
exit:
return(retVal);
}
uint32_t count = 0;
static void DPU_DopplerProcHWA_edmaDoneIsrCallback(Edma_IntrHandle intrHandle,
void *args)
{
count++;
}
static int32_t DPU_DopplerProcHWA_configEdmaDecompressionOut()
{
DPEDMA_syncABCfg syncABCfg;
DPEDMA_ChainingCfg chainingCfg;
int32_t retVal;
/* PING */
chainingCfg.chainingChannel = gEdmaChannelCfg[0].channel;
chainingCfg.isIntermediateChainingEnabled = true;//true;
chainingCfg.isFinalChainingEnabled = false;
syncABCfg.srcAddress = (uint32_t)(CSL_DSS_HWA_DMA0_RAM_BANK0_BASE);
syncABCfg.destAddress = (uint32_t)(gAddressArray[1]);
syncABCfg.aCount = 8192;
syncABCfg.bCount = 1;
syncABCfg.cCount = 6;
syncABCfg.srcBIdx = 0;
syncABCfg.dstBIdx = 0;
syncABCfg.srcCIdx = 0;
syncABCfg.dstCIdx = 16384;
retVal = DPEDMA_configSyncAB( gEdmaHandle[0],
&gEdmaChannelCfg[2],
&chainingCfg,
&syncABCfg,
true,//isEventTriggered
false, //isIntermediateTransferCompletionEnabled
false,//isTransferCompletionEnabled
NULL, //transferCompletionCallbackFxn
NULL,//(void *)NULL, //transferCompletionCallbackFxnArg
NULL); /* intrObj for edma decompress data out */
DebugP_log("DPU_DopplerProcHWA_configEdmaDecompressionOut Ping retVal=%d\r\n",retVal);
/*PONG*/
chainingCfg.chainingChannel = gEdmaChannelCfg[3].channel;
syncABCfg.srcAddress = (uint32_t)(CSL_DSS_HWA_DMA0_RAM_BANK2_BASE);
syncABCfg.destAddress = (uint32_t)(gAddressArray[1])+8192;
retVal = DPEDMA_configSyncAB( gEdmaHandle[0],
&gEdmaChannelCfg[5],
&chainingCfg,
&syncABCfg,
true,//isEventTriggered
true, //isIntermediateTransferCompletionEnabled
true,//isTransferCompletionEnabled
DPU_DopplerProcHWA_edmaDoneIsrCallback, //transferCompletionCallbackFxn
(void*)(&count),//(void *)NULL, //transferCompletionCallbackFxnArg
&gEdmaIntrObj[0]); /* intrObj for edma decompress data out */
DebugP_log("DPU_DopplerProcHWA_configEdmaDecompressionOut Pong retVal=%d\r\n",retVal);
return(retVal);
}
int32_t HWACompression_config_EGE()
{
int32_t errCode = SystemP_SUCCESS;
uint8_t paramsetIdx = 0;
HWA_ParamConfig hwaParamCfg[2];
// uint32_t index;
HWA_InterruptConfig paramISRConfig;
uint8_t destChan;
// memset((void*)¶mISRConfig,0,sizeof(HWA_InterruptConfig));
memset(hwaParamCfg, 0, 2*sizeof(HWA_ParamConfig));
// for(index = 0; index < 2; index++)
// {
// errCode = HWA_disableParamSetInterrupt(gHwaHandle, index+PrevParamsetEndIdx ,
// HWA_PARAMDONE_INTERRUPT_TYPE_CPU_INTR1 | HWA_PARAMDONE_INTERRUPT_TYPE_DMA);
// if (errCode != 0)
// {
// DebugP_log("disable paramset Interrupt error index = %d\r\n",index);
// goto exit;
// }
// }
/*Compress Paramset*/
// uint16_t numRx = 8;
// uint16_t numRangeBins = 512;
// uint16_t numRangeBinsPerBlock = 8;
// uint16_t Compressin_SamplesPerBlock = numRangeBinsPerBlock*numRx; //rangeBins Per block * numRxAntenna Per block;
// uint16_t CompressIn_bytesPerSample = 4; //int16_t complex
// uint16_t Compress_numBlocks =numRx*numRangeBins/Compressin_SamplesPerBlock ; //57
// uint16_t Compress_inputBytesPerBlock = CompressIn_bytesPerSample*Compressin_SamplesPerBlock; //256
// uint16_t Compressout_BytesPerBlock = compRatio*Compress_inputBytesPerBlock;
// uint16_t Compressout_bytesPerSample = 4;
// uint16_t Compressout_SamplesPerBlock =Compressout_BytesPerBlock/Compressout_bytesPerSample;
/*Decompress Paramset*/
// uint16_t DeCompress_bytesPerSample = 4; //int16_t complex
// uint16_t DeCompressout_SamplesPerBlock =numRx*numRangeBinsPerBlock;
// uint16_t DeCompressout_BytesPerBlock = DeCompressout_SamplesPerBlock*DeCompress_bytesPerSample;
// uint16_t DeCompress_numBlock = Compress_numBlocks;
// uint16_t DeCompress_inputBytesPerBlock = compRatio*DeCompressout_BytesPerBlock; //128
// uint16_t DeCompressin_SamplesPerBlock = DeCompress_inputBytesPerBlock/DeCompress_bytesPerSample; //rangeBins Per block * numRxAntenna Per block;
/*HWA Paramset config*/
/*Compress EGE Paramset*/
// hwaParamCfg[paramsetIdx].triggerMode = HWA_TRIG_MODE_SOFTWARE;
// hwaParamCfg[paramsetIdx].accelMode = HWA_ACCELMODE_COMPRESS;
// hwaParamCfg[paramsetIdx].contextswitchCfg = HWA_PARAMSET_CONTEXTSWITCH_DISABLE;
//
// /* ACCELMODE CONFIG */
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.ditherEnable = HWA_FEATURE_BIT_DISABLE;//HWA_FEATURE_BIT_ENABLE; // Enable dither to suppress quantization spurs
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.compressDecompress = HWA_CMP_DCMP_COMPRESS;
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.method = HWA_COMPRESS_METHOD_EGE;
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.passSelect = HWA_COMPRESS_PATHSELECT_BOTHPASSES;
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.headerEnable = HWA_FEATURE_BIT_ENABLE;
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.scaleFactorBW = 4; //log2(sample bits)
//
// /* SRC CONFIG */
// hwaParamCfg[paramsetIdx].source.srcAddr = (uint32_t)HWADRV_ADDR_TRANSLATE_CPU_TO_HWA(COMP_DATA_IN_HWA_SRC_ADDR);
//
// hwaParamCfg[paramsetIdx].source.srcRealComplex = HWA_SAMPLES_FORMAT_COMPLEX;
// hwaParamCfg[paramsetIdx].source.srcWidth = HWA_SAMPLES_WIDTH_16BIT;
// hwaParamCfg[paramsetIdx].source.srcSign = HWA_SAMPLES_SIGNED;
// hwaParamCfg[paramsetIdx].source.srcConjugate = HWA_FEATURE_BIT_DISABLE;
// hwaParamCfg[paramsetIdx].source.srcScale = 8;
//
// DebugP_log("%d\t%d\t%d\t%d\t%d\t%d\r\n",hwaParamCfg[paramsetIdx].source.srcAddr,hwaParamCfg[paramsetIdx].source.srcRealComplex,hwaParamCfg[paramsetIdx].source.srcWidth,hwaParamCfg[paramsetIdx].source.srcSign,
// hwaParamCfg[paramsetIdx].source.srcConjugate,hwaParamCfg[paramsetIdx].source.srcScale);
//
// /* DEST CONFIG */
// hwaParamCfg[paramsetIdx].dest.dstAddr = (uint32_t)HWADRV_ADDR_TRANSLATE_CPU_TO_HWA(COMP_DATA_OUT_HWA_DST_ADDR);
// hwaParamCfg[paramsetIdx].dest.dstRealComplex = HWA_SAMPLES_FORMAT_COMPLEX;
// hwaParamCfg[paramsetIdx].dest.dstWidth = HWA_SAMPLES_WIDTH_16BIT; /* 16 bit real, 16 bit imag */
// hwaParamCfg[paramsetIdx].dest.dstSign = HWA_SAMPLES_UNSIGNED;
// hwaParamCfg[paramsetIdx].dest.dstConjugate = HWA_FEATURE_BIT_DISABLE;
// hwaParamCfg[paramsetIdx].dest.dstScale = 0;
// hwaParamCfg[paramsetIdx].dest.dstSkipInit = 0;
//
//
// /*********************************/
// /* PING EGE COMPRESSION PARAMSET */
// /*********************************/
// hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.EGEKarrayLength = 3; //log2(8)
//
// /* SRC CONFIG */
// hwaParamCfg[paramsetIdx].source.srcAcnt = Compressin_SamplesPerBlock - 1;
// hwaParamCfg[paramsetIdx].source.srcAIdx = CompressIn_bytesPerSample;
// hwaParamCfg[paramsetIdx].source.srcBcnt = 1-1;//Compress_numBlocks-1;
// hwaParamCfg[paramsetIdx].source.srcBIdx = Compress_inputBytesPerBlock;
//
// DebugP_log("%d\t%d\t%d\t%d\t\r\n",hwaParamCfg[paramsetIdx].source.srcAcnt,hwaParamCfg[paramsetIdx].source.srcAIdx,hwaParamCfg[paramsetIdx].source.srcBcnt,hwaParamCfg[paramsetIdx].source.srcBIdx);
//
// /* DEST CONFIG */
// hwaParamCfg[paramsetIdx].dest.dstAcnt = Compressout_SamplesPerBlock - 1;
// hwaParamCfg[paramsetIdx].dest.dstAIdx = Compressout_bytesPerSample;
// hwaParamCfg[paramsetIdx].dest.dstBIdx = Compressout_BytesPerBlock;
//
// errCode = HWA_configParamSet(gHwaHandle,paramsetIdx,&hwaParamCfg[paramsetIdx],NULL);
// if (errCode != 0)
// {
// DebugP_log("Error:COMPRESS HWA_configParamSet ERROR,errCode=%d\r\n", errCode);
// goto exit;
// }
/*Decompress dummy paramset Ping*/
// hwaParamCfg[paramsetIdx].triggerMode = HWA_TRIG_MODE_DMA;
// hwaParamCfg[paramsetIdx].triggerSrc = 0;
// hwaParamCfg[paramsetIdx].accelMode = HWA_ACCELMODE_NONE;
// DebugP_log("dummy PrevParamsetEndIdx=%d\r\n",PrevParamsetEndIdx);
// errCode = HWA_configParamSet(gHwaHandle,
// PrevParamsetEndIdx,
// &hwaParamCfg[paramsetIdx],NULL);
// if (errCode != 0)
// {
// DebugP_log("Error:DECOMPRESS DUMMP HWA_configParamSet ERROR,errCode=%d\r\n", errCode);
// goto exit;
// }
/*DeCompress EGE Paramset Ping*/
// paramsetIdx++;
// PrevParamsetEndIdx++;
hwaParamCfg[paramsetIdx].triggerMode = HWA_TRIG_MODE_DMA;//HWA_TRIG_MODE_IMMEDIATE;
hwaParamCfg[paramsetIdx].triggerSrc = 0;
hwaParamCfg[paramsetIdx].accelMode = HWA_ACCELMODE_COMPRESS;
/* ACCELMODE CONFIG */
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.ditherEnable = HWA_FEATURE_BIT_DISABLE;//HWA_FEATURE_BIT_ENABLE; // Enable dither to suppress quantization spurs
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.compressDecompress = HWA_CMP_DCMP_DECOMPRESS;
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.method = HWA_COMPRESS_METHOD_EGE;
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.passSelect = HWA_COMPRESS_PATHSELECT_BOTHPASSES;
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.headerEnable = HWA_FEATURE_BIT_ENABLE;
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.scaleFactorBW = 4; //log2(sample bits)
hwaParamCfg[paramsetIdx].accelModeArgs.compressMode.EGEKarrayLength = 3; //log2(8)
/* SRC CONFIG */
hwaParamCfg[paramsetIdx].source.srcAddr = (uint32_t)HWADRV_ADDR_TRANSLATE_CPU_TO_HWA(CSL_DSS_HWA_DMA0_RAM_BANK4_BASE);
hwaParamCfg[paramsetIdx].source.srcRealComplex = HWA_SAMPLES_FORMAT_COMPLEX;
hwaParamCfg[paramsetIdx].source.srcWidth = HWA_SAMPLES_WIDTH_16BIT;
hwaParamCfg[paramsetIdx].source.srcSign = HWA_SAMPLES_UNSIGNED;
hwaParamCfg[paramsetIdx].source.srcConjugate = HWA_FEATURE_BIT_DISABLE;
hwaParamCfg[paramsetIdx].source.srcScale = 0;
hwaParamCfg[paramsetIdx].source.srcAcnt = 32-1;//DeCompressin_SamplesPerBlock - 1;
hwaParamCfg[paramsetIdx].source.srcAIdx = 4;//DeCompress_bytesPerSample;
hwaParamCfg[paramsetIdx].source.srcBcnt = 32 - 1; //128-1 //3 loops to decompress 48KB one block data
hwaParamCfg[paramsetIdx].source.srcBIdx = 128;//DeCompressin_SamplesPerBlock*DeCompress_bytesPerSample; //128
DebugP_log("%d\t%d\t%d\t%d\r\n",hwaParamCfg[paramsetIdx].source.srcAcnt,hwaParamCfg[paramsetIdx].source.srcAIdx, hwaParamCfg[paramsetIdx].source.srcBcnt,hwaParamCfg[paramsetIdx].source.srcBIdx);
/* DEST CONFIG */
hwaParamCfg[paramsetIdx].dest.dstAddr = (uint32_t)HWADRV_ADDR_TRANSLATE_CPU_TO_HWA(CSL_DSS_HWA_DMA0_RAM_BANK0_BASE);
hwaParamCfg[paramsetIdx].dest.dstRealComplex = HWA_SAMPLES_FORMAT_COMPLEX;
hwaParamCfg[paramsetIdx].dest.dstWidth = HWA_SAMPLES_WIDTH_16BIT; /* 16 bit real, 16 bit imag */
hwaParamCfg[paramsetIdx].dest.dstSign = HWA_SAMPLES_SIGNED;
hwaParamCfg[paramsetIdx].dest.dstConjugate = HWA_FEATURE_BIT_DISABLE;
hwaParamCfg[paramsetIdx].dest.dstScale = 0;
hwaParamCfg[paramsetIdx].dest.dstSkipInit = 0;
hwaParamCfg[paramsetIdx].dest.dstAcnt = 64-1;//DeCompressout_SamplesPerBlock - 1;
hwaParamCfg[paramsetIdx].dest.dstAIdx = 4;//DeCompress_bytesPerSample;
hwaParamCfg[paramsetIdx].dest.dstBIdx = 256;//DeCompressout_BytesPerBlock;
errCode = HWA_configParamSet(gHwaHandle,PrevParamsetEndIdx,&hwaParamCfg[paramsetIdx],NULL);
if (errCode != 0)
{
DebugP_log("Error:DECOMPRESS HWA_configParamSet ERROR,errCode=%d\r\n", errCode);
goto exit;
}
HWA_getDMAChanIndex(gHwaHandle,gEdmaChannelCfg[2].channel,&destChan);
DebugP_log("destChan = %d\tPrevParamsetEndIdx=%d\r\n",destChan,PrevParamsetEndIdx);
paramISRConfig.interruptTypeFlag = HWA_PARAMDONE_INTERRUPT_TYPE_DMA;
paramISRConfig.dma.dstChannel = destChan;
errCode = HWA_enableParamSetInterrupt(gHwaHandle,PrevParamsetEndIdx,¶mISRConfig);
if (errCode != 0)
{
DebugP_log("HWA_enableParamSetInterrupt failed\r\n");
goto exit;
}
/*Pong*/
PrevParamsetEndIdx++;
paramsetIdx++;
hwaParamCfg[paramsetIdx] = hwaParamCfg[0];
hwaParamCfg[paramsetIdx].triggerSrc = 2;
hwaParamCfg[paramsetIdx].accelMode = HWA_ACCELMODE_COMPRESS;
hwaParamCfg[paramsetIdx].source.srcAddr = (uint32_t)HWADRV_ADDR_TRANSLATE_CPU_TO_HWA(CSL_DSS_HWA_DMA0_RAM_BANK5_BASE);
hwaParamCfg[paramsetIdx].dest.dstAddr = (uint32_t)HWADRV_ADDR_TRANSLATE_CPU_TO_HWA(CSL_DSS_HWA_DMA0_RAM_BANK2_BASE);
errCode = HWA_configParamSet(gHwaHandle,PrevParamsetEndIdx,&hwaParamCfg[paramsetIdx],NULL);
if (errCode != 0)
{
DebugP_log("Error:DECOMPRESS HWA_configParamSet ERROR,errCode=%d\r\n", errCode);
goto exit;
}
HWA_getDMAChanIndex(gHwaHandle,gEdmaChannelCfg[5].channel,&destChan);
DebugP_log("destChan = %d\tPrevParamsetEndIdx=%d\r\n",destChan,PrevParamsetEndIdx);
paramISRConfig.interruptTypeFlag = HWA_PARAMDONE_INTERRUPT_TYPE_DMA;
paramISRConfig.dma.dstChannel = destChan;
errCode = HWA_enableParamSetInterrupt(gHwaHandle,PrevParamsetEndIdx,¶mISRConfig);
if (errCode != 0)
{
DebugP_log("HWA_enableParamSetInterrupt failed\r\n");
goto exit;
}
/*****************/
/* COMMON CONFIG */
/*****************/
memset((void *)&COMPRESScommonConfig, 0, sizeof(HWA_CommonConfig));
COMPRESScommonConfig.configMask = HWA_COMMONCONFIG_MASK_STATEMACHINE_CFG;
COMPRESScommonConfig.configMask|=HWA_COMMONCONFIG_MASK_EGECOMRESS_KPARAM;
COMPRESScommonConfig.paramStartIdx = 0 ;
COMPRESScommonConfig.paramStopIdx = 1;
COMPRESScommonConfig.numLoops = 6;
COMPRESScommonConfig.compressConfig.EGEKparam[0] = 3;
COMPRESScommonConfig.compressConfig.EGEKparam[1] = 4;
COMPRESScommonConfig.compressConfig.EGEKparam[2] = 5;
COMPRESScommonConfig.compressConfig.EGEKparam[3] = 7;
COMPRESScommonConfig.compressConfig.EGEKparam[4] = 9;
COMPRESScommonConfig.compressConfig.EGEKparam[5] = 11;
COMPRESScommonConfig.compressConfig.EGEKparam[6] = 13;
COMPRESScommonConfig.compressConfig.EGEKparam[7] = 15;
errCode = HWA_configCommon(gHwaHandle, &COMPRESScommonConfig);
if (errCode != 0)
{
DebugP_log("Error:COMMON CONFIG HWA_configCommon ERROR,errCode=%d\r\n", errCode);
goto exit;
}
exit:
return errCode;
}
void hwaHandlefxn(void *args)
{
DebugP_log("Start to handle HWA Process\r\n");
gAddressArray[0] = (uint32_t)(&CompressedData[0]); // compressed data address
gAddressArray[1] = (uint32_t)(&DataDeCompressed[0]); //decompressed data address
DebugP_log("gAddressArray[%d]=%p\r\n",0,gAddressArray[0]);
DebugP_log("gAddressArray[%d]=%p\r\n",1,gAddressArray[1]);
int32_t status = SystemP_SUCCESS;
CycleCounterP_reset(); /* Reset CPU cycle counter */
gHwaHandle = HWA_open(0, NULL, &status);
if(gHwaHandle == NULL)
{
DebugP_log("Error: Unable to open HWA instance. Error: %d\r\n", status);
DebugP_assert(gHwaHandle == NULL);
}
DebugP_log("HWA Instance has been opened successfully\r\n");
/*EDMA CONFIG*/
EDMA_ChannelConfig();
HWACompression_config_EGE();
status=DPU_DopplerProcHWA_configEdmaDecompressionIn();
if(status!=0){DebugP_log("DPU_DopplerProcHWA_configEdmaDecompressionIn failed\r\n");}
status=DPU_DopplerProcHWA_configEdmaDecompressionOut();
if(status!=0){DebugP_log("DPU_DopplerProcHWA_configEdmaDecompressionOut failed\r\n");}
DebugP_log("EDMA Config Done\r\n");
/*decompressed one block data*/
HWA_enable(gHwaHandle, 0);
HWA_configCommon(gHwaHandle, &COMPRESScommonConfig);
status=HWA_enable(gHwaHandle, 1);
DebugP_log("numParamset = %d status=%d\r\n",((HWA_Object *)gHwaHandle)->hwAttrs->numHwaParamSets,status);
status = DPEDMA_edmaStartTransferManualTrigger(gEdmaHandle[0], (uint32_t)gEdmaChannelCfg[0].channel);
if (status != 0)
{
DebugP_log("DPEDMA_edmaStartTransferManualTrigger error status=%d\r\n",status);
}
else
{
DebugP_log("DPEDMA_edmaStartTransferManualTrigger without error\r\n");
}
status = DPEDMA_edmaStartTransferManualTrigger(gEdmaHandle[0], (uint32_t)gEdmaChannelCfg[3].channel);
if (status != 0)
{
DebugP_log("DPEDMA_edmaStartTransferManualTrigger error status=%d\r\n",status);
}
else
{
DebugP_log("DPEDMA_edmaStartTransferManualTrigger without error\r\n");
}
/* Open HWA driver */
// runCmpTest((uint8_t*)(&DataCompressed[0]),0.5);
/* HWA driver close */
// HWA_controlPeripheralSuspendMode(gHwaHandle, 0);
// status += HWA_close(gHwaHandle);
// DebugP_assert(SystemP_SUCCESS == status);
//
// if(status == SystemP_SUCCESS)
// {
// DebugP_log("\r\n\nHWA BFP Compression/Decompression Test Completed!!\r\n");
// }
}
代码参照了SDK中 HWA数据解压缩的代码
你好，工程师
经过测试，我发现可能为函数DPEDMAHWA_configOneHotSignature配置的Ccnt有问题，我将hotSignature的值配置为HWA的loopCnt后，可以成功执行所有的loop，并正常输出到L3上；在SDK中，该函数配置hotSignature的Ccnt=1；请问为什么在我的CCS代码中，该Ccnt耗尽之后不会重新加载？
谢谢
感谢您对TI产品的关注！由于问题比较复杂，已将您的问题发布在E2E英文技术论坛上，由资深的英文论坛工程师为您提供帮助。工程师需要一些时间看一下问题。
e2e.ti.com/.../am2732-hwa_trig_mode_dma-trigger-paramset
你好
我们发现在配置EDMA paramset时，实际使用的EDMA paramset配置没有问题，但是配置的shadow EDMA paramset的参数存在问题；通过查看shadow paramset的寄存器得知，该参数与预设的不同，导致实际的EDMA cnt耗尽之后link到shadow EDMA paramset，拷贝得到的参数配置有问题，导致上述的问题出现；请问，为什么shadow EDMA的配置会有问题？在配置shadow EDMA之前我尝试打印各参数的值，均正常；使用的函数如上附的代码所示是DPEDMA_setup_shadow_link。
谢谢
你好，工程师
我最终定位到了问题，在函数DPEDMA_setup_shadow_link中有一个变量edmaParam，该变量在使用函数EDMA_ccPaRAMEntry_init进行初始化后，使用“=”进行结构体赋值，edmaParam = *config; 在赋值后，导致出现了2Byte的偏移，使参数出现错位，导致最终配置的paramset错误；
我不使用等号进行结构体赋值后，参数配置正常，程序也能正常运行了；
请让专家帮忙确认，该问题是否是由结构体赋值方式引入的。
谢谢
