#ifndef CDD_MLC_CFG_2019_08_13_H_
#define CDD_MLC_CFG_2019_08_13_H_

//#ifndef UNIT_TEST
#include <../Cdd/CddMlc/Cfg/CddMlc_Cfg.h>
//#endif
#include <Rte_ctadCddMlc.h>
#include <Rte_ctadCddMlc_Type.h>



/****************************************************************************************/
/* User Config */
/****************************************************************************************/
//Driver defines //ToDo: Defines namespace should be consistent (CDDMLC_x)

#ifdef UNIT_TEST_W
#define CDDMLC_SUPPORTED_MLCs                 (sizeof(CddMlcGenCodingDataValue.ucMlcCanUartAddress)/sizeof(CddMlcGenCodingDataValue.ucMlcCanUartAddress[0]))
//#define CDD_MLC_CHIPS                         (CddMlcGenCodingDataValue.ucMlcMatrixCount)
#define CFG_MAX_NO_OF_MLC                      3U
#define CFG_MAX_NO_OF_ADDRS_MLC                8U

#define CDDMLC_POWER_ON()                                                    \
IoHwAbUser_SetTgtHSS1(32768u)


#define CDDMLC_POWER_OFF()                                                   \
IoHwAbUser_SetTgtHSS1(0u)


#define CDDMLC_IS_POWERED()                                             \
( Dio_ReadChannel(DioConf_DioChannel_DioChannel_HSS_IN2) == (Dio_LevelType)STD_HIGH ? TRUE : FALSE)



//wrapper
#define CDDMLC_CODING_GET_MLC_CAN_UART_ADDRESS(pADDRS)    {                                                                                     \
                                                            for (uint8 ucDevice=0U; ucDevice < CFG_MAX_NO_OF_MLC; ucDevice++)         \
                                                              {   \
                                                                    *pADDRS.ucMlcCanUartAddress[ucDevice] = *(&applicationCodingData.LmmConfig.LMM_Config_Diagnosis.ucLMM_01_UART_CAN_ADDRESS + ucDevice);\
                                                              }\
                                                           }

#define CDDMLC_CODING_GET_MLC_CAN_UART_INTERFACE(pInt)              (*pInt.ucMlcCanUartInterface = CDDMLC_GEN_CODING_MATRIX_INTERFACE_PRIVATE_CAN )
#define CDDMLC_CODING_GET_MLC_TYPE(pType)                           (*pType.ucMlcMatrixType = applicationCodingData.LmmConfig.LMM_Config_Diagnosis.ucLMM_CHIP_TYPE)
#define CDDMLC_RTE_READ_CODING_DATA_STATUS(pStatus)                 (*pStatus = CodingParameters.eCodingState)   //(void)Rte_Read_CodM_CddMlc_Para(pTarget)                      //from CodM

#define CDDMLC_RTE_READ_CODING_PARAMETERS(pTarget)                  (void)Rte_Read_CodM_CddMlc_Para(pTarget)


#define CDD_MLC_CODING_DATA_CONNECTED_DEVICES                       (CddMlcGenCodingDataValue.ucMlcMatrixCount)
#define CDD_MLC_CODING_DATA_ACTIVE_CAN_BUS                          (CddMlcGenCodingDataValue.ucMlcCanUartInterface)
#define CDD_MLC_PHY_CHIP_ID                                         ((uint8*)&(CddMlcGenCodingDataValue.ucMlcCanUartAddress[0U]))
#endif


#define MLC_UART_BUS                               0U
#define MLC_CAN_BUS                                1U
#define MLC_UART_TEST_MODE                         2U
#define MLC_USED_BUS                               MLC_CAN_BUS   //ToDo: Use of this define must be clarified

#ifndef CFG_MAX_NO_OF_MLC
#define CFG_MAX_NO_OF_MLC                          8U            //ToDo: Use proper general macro coming from RTE when it is available
#endif

#ifndef CFG_MAX_NO_OF_ADDRS_MLC
#define CFG_MAX_NO_OF_ADDRS_MLC                    8U            //ToDo: Use proper general macro coming from RTE when it is available
#endif
#define CDDMLC_MAX_SEGMENT_PER_DEVICE              16U
#define CDD_MLC_MAX_SUPPORTED_ELEMENTS             CDDMLC_MAX_SEGMENT_PER_DEVICE * CFG_MAX_NO_OF_ADDRS_MLC

//Costumer options
#define MLC_DEV_ADDR_NOT_CONNECTED                 0xFFU
#define CDDMLC_POWERUP_CYCLE_GUARD                 5U            //50ms (cyclic period x 5 )
#define CDDMLC_READREG_REQUEST_TIMEOUT             5U            //50ms (cyclic period x 5 )
#define CDDMLC_DEVCOM_DEBOUNCE                    50U            //500ms: Communication debounce as per SWRS-33149

//Debug Options
#define CDDMLC_DEBUG_REITERATIVE_MODE             STD_OFF
#define CDDMLC_DEBUG_CODE_INSTRUMENTATION         STD_OFF
#define CDDMLC_DEBUG_ITM_ENABLE                   STD_OFF


//Used for communication error and CRC error
#define COMM_ERR                  0x01U
#define CRC_ERR                   0x02U
#define NO_COM_CRCERR             0x00U
#define CDD_MLC_ZERO              0x00U
#define CDD_MLC_INVALID_ADDR      0xFFU

/****************************************************************************************/
/* PROTOTYPES */
/****************************************************************************************/
void CddMlc_Init(void);
void CddMlc_Cycle(void);
void CddMlcNxp_Init(void) ;
void CddMlcNxp_Cycle(void) ;

#endif //ToDo: Multi-inclusion has to be handled in a proper way

#include<CddMlcGen_Mac.h>
/****************************************************************************************/
/* CONFIGURATION */
/****************************************************************************************/
BEGIN_MLC_DEVICE_CONFIGURATION
  MLC_DEVICE_CONFIG(MLC_DEVICE_TI,   COM_UART_OVER_CAN,  CddMlc_Init,     CddMlc_Cycle)
  MLC_DEVICE_CONFIG(MLC_DEVICE_NXP,  COM_CAN,            CddMlcNxp_Init,  CddMlcNxp_Cycle)
END_MLC_DEVICE_CONFIGURATION