int FTT_Init(int dwContext)
{
FT_Module_Init();
g_fdUsbComPort = dwContext;
FT_LOG("[FTT_Drv:] FT Init... ");
return 1;
}
IMemAlloc * IMemAlloc::CreateMemAllocator()
{
FT_LOG(FT_INFO, "create memory allocator!");
CAutoLock lock(sCacheAllocateLock);
CCacheAllocator * allocator = s_mem_alloc_slab.AllocNode();
return allocator;
}
void IMemAlloc::DestroyMemAllocator(IMemAlloc * &allocator)
{
FT_LOG(FT_INFO, "destroy memory allocator!");
if (allocator != NULL) {
CCacheAllocator * ptr = (CCacheAllocator *)allocator;
s_mem_alloc_slab.ReleaseNode(ptr);
}
}
/********************************************************************************
//FUNCTION:
// WriteDataToPC
//DESCRIPTION:
// this function is called to send cnf data to PC side. the local_len + Peer Len must less than 2031 bytes
// and peer len must less than 2000. so when it do not meet, module should divide the packet to
// many small packet to sent.
//
//PARAMETERS:
// Local_buf: [IN] local buf (cnf cmd)
// Local_len: [IN] local buf size
// Peer_buf [IN] peer buff
// Peer_len: [IN] peer buff size
//RETURN VALUE:
// TRUE is success, otherwise is fail
//
//DEPENDENCY:
// the FT module must have been loaded.
//
//GLOBALS AFFECTED
// None
********************************************************************************/
int WriteDataToPC(void *Local_buf,unsigned short Local_len,void *Peer_buf,unsigned short Peer_len)
{
META_RX_DATA sTempRxbuf ;
unsigned char *cPeerbuf = &sTempRxbuf.uData[Local_len+8];
memset(&sTempRxbuf, 0, sizeof(sTempRxbuf));
//add the header of frame type
sTempRxbuf.eFrameType = AP_FRAME;
sTempRxbuf.LocalLen = Local_len ;
//check the buffer size.
if (Peer_len >0)
sTempRxbuf.PeerLen = Peer_len +8;
else
sTempRxbuf.PeerLen = 0;
if (((Local_len + Peer_len)> FTMaxSize)||(Peer_len >PeerBufMaxlen))
{
FT_LOG("[FTT_Drv:] WriteDataToPC Error: Local_len-%hu Peer_len- %hu", Local_len,Peer_len);
return 0;
}
if ((Local_len == 0) && (Local_buf == NULL))
{
FT_LOG("[FTT_Drv:] WriteDataToPC Error: Local_len-%hu Peer_len- %hu", Local_len,Peer_len);
return 0;
}
// copy to the temp buffer, and send it to the tst task.
memcpy(sTempRxbuf.uData, Local_buf, Local_len);
if ((Peer_len >0)&&(Peer_buf !=NULL))
memcpy(cPeerbuf, Peer_buf, Peer_len);
FTMuxPrimitiveData(&sTempRxbuf);
return 1;
}
/********************************************************************************
//FUNCTION:
// FTMuxPrimitiveData
//DESCRIPTION:
// this function is called to add the header and add the escape for ap side before sending to PC
//
//PARAMETERS:
// pMuxBuf: [IN] data buffer including tst header
//
//RETURN VALUE:
// None
//
//DEPENDENCY:
// None
//
//GLOBALS AFFECTED
// None
********************************************************************************/
void FTMuxPrimitiveData(META_RX_DATA *pMuxBuf)
{
/* This primitive is logged by TST */
unsigned char *pTempBuf = NULL;
unsigned char *pTempDstBuf = NULL;
unsigned char *pMamptrBase = NULL;
unsigned char *pDestptrBase = NULL;
int iCheckNum = 0;
int dest_index=0;
unsigned char cCheckSum = 0;
int cbWriten = 0;
int cbTxBuffer = 0;
int i=0;
if(pMuxBuf == NULL)
{
FT_LOG("Err: FTMuxPrimitiveData pMuxBuf is NULL");
return;
}
cbTxBuffer = pMuxBuf->LocalLen + pMuxBuf->PeerLen + 9;
if (cbTxBuffer>FrameMaxSize)
{
FT_LOG("[TST_Drv:] FTMuxPrimitiveData: error frame size is too big!! ");
return;
}
else
FT_LOG("[TST_Drv:] FTMuxPrimitiveData: Type-%d Local_len-%d, Peer_len-%d", pMuxBuf->eFrameType, pMuxBuf->LocalLen, pMuxBuf->PeerLen);
FT_LOG("[TST_Drv:] FTMuxPrimitiveData: total size is -%d", cbTxBuffer);
pMamptrBase = (unsigned char *)malloc(cbTxBuffer);
//Wayne add MAX_TST_TX_BUFFER_LENGTH
if(pMamptrBase == NULL)
{
FT_LOG("Err: FTMuxPrimitiveData malloc pMamptrBase Fail");
return;
}
pDestptrBase = (unsigned char *)malloc(MAX_TST_TX_BUFFER_LENGTH);//2048);
if(pDestptrBase == NULL)
{
FT_LOG("Err: FTMuxPrimitiveData malloc pDestptrBase Fail");
free(pMamptrBase);
return;
}
pTempDstBuf = pDestptrBase;
pTempBuf = pMamptrBase;
/* fill the frameheader */
*pTempBuf++ = 0x55;
*pTempBuf++=((pMuxBuf->LocalLen + pMuxBuf->PeerLen +5)&0xff00)>>8;
*pTempBuf++= (pMuxBuf->LocalLen + pMuxBuf->PeerLen +5)&0xff;
*pTempBuf++ = 0x60;
/*fill the local and peer data u16Length and its data */
*pTempBuf++ = ((pMuxBuf->LocalLen)&0xff); /// pMuxBuf->LocalLen ;
*pTempBuf++ = ((pMuxBuf->LocalLen)&0xff00)>>8;
*pTempBuf++ = (pMuxBuf->PeerLen )&0xff; ///pMuxBuf->PeerLen ;
*pTempBuf++ = ((pMuxBuf->PeerLen)&0xff00)>>8;
memcpy((pTempBuf), pMuxBuf->uData, pMuxBuf->LocalLen + pMuxBuf->PeerLen);
pTempBuf = pMamptrBase;
/* 0x5a is start data, so we use 0x5a and 0x01 inidcate 0xa5, use 0x5a and 0x5a indicate 0x5a
the escape is just for campatiable with feature phone */
while (iCheckNum != (cbTxBuffer-1))
{
cCheckSum ^= *pTempBuf;
*pTempDstBuf = *pTempBuf;
iCheckNum++;
if (*pTempBuf ==0xA5 )
{
*pTempDstBuf++ = 0x5A;
*pTempDstBuf++ = 0x01;
dest_index++; //do the escape, dest_index should add for write to uart or usb
}
else if (*pTempBuf ==0x5A )
{
*pTempDstBuf++ = 0x5A;
*pTempDstBuf++ = 0x5A;
dest_index++; //do the escape, dest_index should add for write to uart or usb
}
else
pTempDstBuf++;
dest_index++;
pTempBuf++;
}
/* 0x5a is start data, so we use 0x5a and 0x01 inidcate 0xa5 for check sum, use 0x5a and 0x5a indicate 0x5a
the escape is just for campatiable with feature phone */
if ( cCheckSum ==0xA5 )
{
dest_index++; //do the escape, dest_index should add for write to uart or usb
//Wayne replace 2048 with MAX_TST_RECEIVE_BUFFER_LENGTH
if ((dest_index) > MAX_TST_TX_BUFFER_LENGTH)//2048)
{
FT_LOG("[TST_Drv:] FTMuxPrimitiveData: Data is too big: index-%d cbTxBuffer-%d ",dest_index, cbTxBuffer);
goto TSTMuxError;
}
*pTempDstBuf++= 0x5A;
*pTempDstBuf = 0x01;
}
else if ( cCheckSum ==0x5A )
{
dest_index++; //do the escape, dest_index should add for write to uart or usb
if ((dest_index) > MAX_TST_TX_BUFFER_LENGTH)//2048)
{
FT_LOG("[TST_Drv:] FTMuxPrimitiveData: Data is too big: index-%d cbTxBuffer-%d ",dest_index, cbTxBuffer);
goto TSTMuxError;
}
*pTempDstBuf++= 0x5A;
*pTempDstBuf = 0x5A;
}
else
*pTempDstBuf =(char )cCheckSum;
dest_index++;
//write to PC
cbWriten = write(g_fdUsbComPort, (void *)pDestptrBase, dest_index);
pTempDstBuf = pDestptrBase;
/*
for (i =0; i<cbWriten; i++)
{
FT_LOG("%2x ",*(pTempDstBuf+i));
if ((i+1)%16 ==0)
FT_LOG("");
}
*/
//FT_LOG("");
FT_LOG("[TST_Drv:] FTMuxPrimitiveData: %d %d %d cChecksum: %d ",cbWriten, cbTxBuffer, dest_index,cCheckSum);
TSTMuxError:
free(pMamptrBase);
free(pDestptrBase);
}
/********************************************************************************
//FUNCTION:
// FT_DispatchMessage
//DESCRIPTION:
// this function is called to switch the testcase, del the header of peer buf.
//
//PARAMETERS:
// Local_buf: [IN] local buf (cnf cmd)
// Local_len: [IN] local buf size
// pPeerBuf [IN] peer buff
// Peer_len: [IN] peer buff size
//RETURN VALUE:
// TRUE is success, otherwise is fail
//
//DEPENDENCY:
// the FT module must have been loaded.
//
//GLOBALS AFFECTED
// None
********************************************************************************/
void FT_DispatchMessage(void *pLocalBuf, void *pPeerBuf, int local_len, int peer_len)
{
FT_H *ft_header;
ft_header =(FT_H *)pLocalBuf;
kal_int16 ft_peer_len = peer_len -8; //del the size of peer buf header
char *pft_PeerBuf = (char *)pPeerBuf;
pft_PeerBuf += 8; // skip the header of peer buffer
FT_LOG("[FTT_Drv:] FTMainThread ID : %d ", ft_header->id);
switch (ft_header->id)
{
case FT_IS_ALIVE_REQ_ID: //test alive
FT_TestAlive((FT_IS_ALIVE_REQ *)pLocalBuf);
break;
#ifdef FT_WIFI_FEATURE
case FT_WIFI_REQ_ID: //wifi test
FT_WIFI_OP((FT_WM_WIFI_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_SDCARD_REQ_ID: //sdcard test
FT_SDcard_OP((SDCARD_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_READ_REQ_ID: //nvram read
FT_APEditorRead_OP((FT_AP_Editor_read_req *)pLocalBuf);
break;
case FT_NVRAM_WRITE_REQ_ID: //nvram write
FT_APEditorWrite_OP((FT_AP_Editor_write_req *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_RESET_REQ_ID: //nvram reset
FT_APEditorReset_OP((FT_AP_Editor_reset_req *)pLocalBuf);
break;
case FT_VER_INFO_REQ_ID: //get version info
FT_GetVersionInfo((FT_VER_INFO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GPIO_REQ_ID:
FT_GPIO_OP((GPIO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
/*
case FT_CHECK_META_VER_REQ_ID: //require meta dll version
FT_CheckMetaDllVersion((FT_CHECK_META_VER_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
*/
case FT_POWER_OFF_REQ_ID: //power off target
FT_PowerOff();
break;
case FT_REG_WRITE_ID: //baseband reg wirte
FT_CPURegW_OP((FT_REG_WRITE_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_REG_READ_ID: //baseband reg read
FT_CPURegR_OP((FT_REG_READ_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_CCT_REQ_ID:
FT_CCAP_OP((FT_CCT_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_UTILITY_COMMAND_REQ_ID: //utility command
FT_Peripheral_OP((FT_UTILITY_COMMAND_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_BT_FEATURE
case FT_BT_REQ_ID: //bt test
FT_BT_OP((BT_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_ADC_GETMEADATA_ID: //adc test
FT_AUXADC_OP((AUXADC_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_GPS_FEATURE
case FT_GPS_REQ_ID:
FT_GPS_OP((GPS_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
#ifdef FT_FM_FEATURE
case FT_FM_REQ_ID:
FT_FM_OP((FM_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_L4AUD_REQ_ID:
FT_L4AUDIO_OP((FT_L4AUD_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_BACKUP_REQ_ID:
FT_NVRAM_Backup_OP((FT_NVRAM_BACKUP_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_RESTORE_REQ_ID:
FT_NVRAM_Restore_OP((FT_NVRAM_RESTORE_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GSENSOR_REQ_ID:
FT_GSENSOR_OP((GS_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_META_MODE_LOCK_REQ_ID:
FT_META_MODE_LOCK((FT_META_MODE_LOCK_REQ *)pLocalBuf);
break;
#ifdef FT_MATV_FEATURE
case FT_MATV_CMD_REQ_ID:
FT_MATV_OP((FT_MATV_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_REBOOT_REQ_ID:
FT_Reboot((FT_META_REBOOT_REQ *)pLocalBuf);
break;
case FT_CUSTOMER_REQ_ID:
FT_CUSTOMER_OP((FT_CUSTOMER_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GET_CHIPID_REQ_ID:
FT_GET_CHIPID_OP((FT_GET_CHIPID_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_MSENSOR_REQ_ID:
FT_MSENSOR_OP((FT_MSENSOR_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_ALSPS_REQ_ID:
FT_ALSPS_OP((FT_ALSPS_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GYROSCOPE_REQ_ID:
FT_GYROSENSOR_OP((GYRO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_CTP_REQ_ID:
FT_CTP_OP((Touch_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_VER_INFO_V2_REQ_ID:
FT_GetVersionInfoV2((FT_VER_INFO_V2_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_CMMB_FEATURE
case FT_CMMB_REQ_ID:
FT_CMMB_OP((MetaCmmbReq *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_BUILD_PROP_REQ_ID:
FT_BUILD_PROP_OP((FT_BUILD_PROP_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_EMMC_FEATURE
case FT_EMMC_REQ_ID:
FT_CLR_EMMC_OP((FT_EMMC_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
case FT_CRYPTFS_REQ_ID:
FT_CRYPTFS_OP((FT_CRYPTFS_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
#endif
default:
FT_LOG("[FTT_Drv:] FTMainThread Error:!!! ID ");
break;
}
}
/********************************************************************************
//FUNCTION:
// FT_DispatchMessage
//DESCRIPTION:
// this function is called to switch the testcase, del the header of peer buf.
//
//PARAMETERS:
// Local_buf: [IN] local buf (cnf cmd)
// Local_len: [IN] local buf size
// pPeerBuf [IN] peer buff
// Peer_len: [IN] peer buff size
//RETURN VALUE:
// TRUE is success, otherwise is fail
//
//DEPENDENCY:
// the FT module must have been loaded.
//
//GLOBALS AFFECTED
// None
********************************************************************************/
void FT_DispatchMessage(void *pLocalBuf, void *pPeerBuf, int local_len, int peer_len)
{
FT_H *ft_header;
ft_header =(FT_H *)pLocalBuf;
kal_int16 ft_peer_len = peer_len -8; //del the size of peer buf header
char *pft_PeerBuf = (char *)pPeerBuf;
pft_PeerBuf += 8; // skip the header of peer buffer
FT_LOG("[FTT_Drv:] FTMainThread ID : %d ", ft_header->id);
switch (ft_header->id)
{
case FT_IS_ALIVE_REQ_ID: //test alive
FT_TestAlive((FT_IS_ALIVE_REQ *)pLocalBuf);
break;
#ifdef FT_WIFI_FEATURE
case FT_WIFI_REQ_ID: //wifi test
FT_WIFI_OP((FT_WM_WIFI_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_SDCARD_REQ_ID: //sdcard test
FT_SDcard_OP((SDCARD_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_READ_REQ_ID: //nvram read
FT_APEditorRead_OP((FT_AP_Editor_read_req *)pLocalBuf);
break;
case FT_NVRAM_WRITE_REQ_ID: //nvram write
FT_APEditorWrite_OP((FT_AP_Editor_write_req *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_RESET_REQ_ID: //nvram reset
FT_APEditorReset_OP((FT_AP_Editor_reset_req *)pLocalBuf);
break;
case FT_GPIO_REQ_ID:
FT_GPIO_OP((GPIO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_VER_INFO_REQ_ID: //get version info
FT_GetVersionInfo((FT_VER_INFO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
/*
case FT_CHECK_META_VER_REQ_ID: //require meta dll version
FT_CheckMetaDllVersion((FT_CHECK_META_VER_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
*/
case FT_POWER_OFF_REQ_ID: //power off target
FT_PowerOff((FT_POWER_OFF_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_REG_WRITE_ID: //baseband reg wirte
FT_CPURegW_OP((FT_REG_WRITE_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_REG_READ_ID: //baseband reg read
FT_CPURegR_OP((FT_REG_READ_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_CCT_REQ_ID:
FT_CCAP_OP((FT_CCT_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_UTILITY_COMMAND_REQ_ID: //utility command
FT_Peripheral_OP((FT_UTILITY_COMMAND_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_PMIC_REG_READ_ID: //pmic read
FT_PMICRegR_OP((FT_PMIC_REG_READ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_PMIC_REG_WRITE_ID: //pmic write
FT_PMICRegW_OP((FT_PMIC_REG_WRITE *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_BT_FEATURE
case FT_BT_REQ_ID: //bt test
FT_BT_OP((BT_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
/*
case FT_WM_DVB_REQ_ID: //dvb test
FT_DVBT_OP((FT_DVB_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_WM_BAT_REQ_ID:
FT_BAT_OP((FT_BATT_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
*/
case FT_ADC_GETMEADATA_ID: //adc test
FT_AUXADC_OP((AUXADC_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_GPS_FEATURE
case FT_GPS_REQ_ID:
FT_GPS_OP((GPS_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_BATT_READ_INFO_REQ_ID:
FT_BAT_FW_OP((FT_BATT_READ_INFO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_BAT_CHIPUPDATE_REQ_ID:
FT_BAT_ChipUpdate_OP((FT_BATT_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_FM_FEATURE
case FT_FM_REQ_ID:
FT_FM_OP((FM_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_L4AUD_REQ_ID:
FT_L4AUDIO_OP((FT_L4AUD_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_LOW_POWER_REQ_ID:
FT_LOW_POWER_OP((FT_LOW_POWER_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_BACKUP_REQ_ID:
FT_NVRAM_Backup_OP((FT_NVRAM_BACKUP_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_NVRAM_RESTORE_REQ_ID:
FT_NVRAM_Restore_OP((FT_NVRAM_RESTORE_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GSENSOR_REQ_ID:
FT_GSENSOR_OP((GS_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_MATV_CMD_REQ_ID:
#ifdef FT_MATV_FEATURE
FT_MATV_OP((FT_MATV_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
#else
FT_MATV_CNF matv_cnf;
memset(&matv_cnf, 0, sizeof(FT_MATV_CNF));
matv_cnf.header.id = FT_MATV_CMD_CNF_ID;
matv_cnf.header.token = ((FT_MATV_REQ *)pLocalBuf)->header.token;
matv_cnf.status = META_NOT_SUPPORT;
matv_cnf.type = ((FT_MATV_REQ *)pLocalBuf)->type;
WriteDataToPC(&matv_cnf, sizeof(matv_cnf), NULL, 0);
#endif
break;
// Reboot device
case FT_REBOOT_REQ_ID:
FT_Reboot((FT_META_REBOOT_REQ *)pLocalBuf);
break;
case FT_CUSTOMER_REQ_ID:
FT_CUSTOMER_OP((FT_CUSTOMER_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GET_CHIPID_REQ_ID:
FT_GET_CHIPID_OP((FT_GET_CHIPID_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_MSENSOR_REQ_ID:
FT_MSENSOR_OP((FT_MSENSOR_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_ALSPS_REQ_ID:
FT_ALSPS_OP((FT_ALSPS_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
case FT_GYROSCOPE_REQ_ID:
FT_GYROSENSOR_OP((GYRO_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
// Touch panel
case FT_CTP_REQ_ID:
FT_CTP_OP((Touch_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
// Get version info V2
case FT_VER_INFO_V2_REQ_ID:
FT_GetVersionInfoV2((FT_VER_INFO_V2_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#ifdef FT_NFC_FEATURE
case FT_NFC_REQ_ID:
FT_NFC_OP((NFC_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
#endif
#ifdef FT_EMMC_FEATURE
case FT_EMMC_REQ_ID:
FT_CLR_EMMC_OP((FT_EMMC_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
case FT_CRYPTFS_REQ_ID:
FT_CRYPTFS_OP((FT_CRYPTFS_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
#endif
case FT_BUILD_PROP_REQ_ID:
FT_BUILD_PROP_OP((FT_BUILD_PROP_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
case FT_MODEM_REQ_ID:
FT_MODEM_INFO_OP((FT_MODEM_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
case FT_SIM_NUM_REQ_ID:
FT_SIM_NUM_OP((FT_GET_SIM_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
case FT_DFO_REQ_ID:
FT_DFO_OP((FT_DFO_REQ *)pLocalBuf,(char *)pft_PeerBuf, ft_peer_len);
break;
case FT_ADC_REQ_ID:
FT_ADC_OP((ADC_REQ *)pLocalBuf, (char *)pft_PeerBuf, ft_peer_len);
break;
default:
//printf((TEXT("[FTT_Drv:] FTMainThread Error:!!! ID: %hu "), ft_header->id));
FT_LOG("[FTT_Drv:] FTMainThread Error:!!! ID ");
break;
}
}
