#ifndef __CDDSBC_TLE9741_H_2023_11_10__
#define __CDDSBC_TLE9741_H_2023_11_10__
/* *****************************************************************************
// (C) Automotive Lighting Reutlingen GmbH
//     Tuebinger Strasse 123, 72762 Reutlingen, Germany
//
// Automotive Lighting Reutlingen GmbH owns all the rights to this work.
// This work shall not be copied, reproduced, used, modified, transferred
// or its information shall not be disclosed without the prior written 
// authorization of Automotive Lighting Reutlingen GmbH.
   ***************************************************************************** */

/*-----------------------------------------------------------------------------
/// \file  CddSbc_TLE9471.h
///
/// \brief
///
/// \descr
///
/// \author
///
  -----------------------------------------------------------------------------*/

#include <stdint.h>
/*============================================================================
// typedefinitions
//============================================================================*/

/* General Control Registers */
#define CDD_SBC_TLE9471_REG_M_S_CTRL             0x01U
#define CDD_SBC_TLE9471_REG_HW_CTRL_0	           0x02U
#define CDD_SBC_TLE9471_REG_WD_CTRL	             0x03U
#define CDD_SBC_TLE9471_REG_BUS_CTRL_0	         0x04U
#define CDD_SBC_TLE9471_REG_WK_CTRL_0	           0x06U
#define CDD_SBC_TLE9471_REG_WK_CTRL_1	           0x07U
#define CDD_SBC_TLE9471_REG_WK_PUPD_CTRL	       0x08U
#define CDD_SBC_TLE9471_REG_BUS_CTRL_3	         0x0BU
#define CDD_SBC_TLE9471_REG_TIMER_CTRL	         0x0CU
#define CDD_SBC_TLE9471_REG_HW_CTRL_1	           0x0EU
#define CDD_SBC_TLE9471_REG_HW_CTRL_2	           0x0FU
#define CDD_SBC_TLE9471_REG_GPIO_CTRL	           0x17U
#define CDD_SBC_TLE9471_REG_PWM_CTRL	           0x18U
#define CDD_SBC_TLE9471_REG_PWM_FREQ_CTRL	       0x1CU
#define CDD_SBC_TLE9471_REG_HW_CTRL_3	           0x1DU
#define CDD_SBC_TLE9471_REG_SYS_STATUS_CTRL_0	   0x1EU
#define CDD_SBC_TLE9471_REG_SYS_STATUS_CTRL_1	   0x1FU

/* General Status Registers */
#define CDD_SBC_TLE9471_REG_SUP_STAT_1           0x40U
#define CDD_SBC_TLE9471_REG_SUP_STAT_0           0x41U
#define CDD_SBC_TLE9471_REG_THERM_STAT           0x42U
#define CDD_SBC_TLE9471_REG_DEV_STAT             0x43U
#define CDD_SBC_TLE9471_REG_BUS_STAT             0x44U
#define CDD_SBC_TLE9471_REG_WK_STAT_0            0x46U
#define CDD_SBC_TLE9471_REG_WK_STAT_1            0x47U
#define CDD_SBC_TLE9471_REG_WK_LVL_STAT          0x48U
#define CDD_SBC_TLE9471_REG_GPIO_OC_STAT         0x54U
#define CDD_SBC_TLE9471_REG_GPIO_OL_STAT         0x55U

/* Family and Product Information Register */
#define CDD_SBC_TLE9471_REG_FAM_PROD_STAT     0x7EU

#define TLE9471_INIT_REG 3
#define TLE9471_TEST_REG 27

typedef struct
{
  uint8_t reg_addr;
  uint8_t reg_data;
}t_sbc_reg_info;

typedef enum
{
	eCddSbc_ReadReg,
	eCddSbc_WriteReg
}teCddSbcSpiReqType;

typedef enum
{
	eCddSbc_Addr,
	eCddSbc_Val
}teCddSbcShiftType;

void sbcinit(void);
uint8_t sbc_read_write_reg(teCddSbcSpiReqType SpiRequest, uint8_t *pucAddr, uint8_t *pucTxData, uint16_t *punRxData);
void sbc_test(void);
uint8_t BitReversal(uint8_t u8Reversedata,teCddSbcShiftType ShiftRequest);
void SCB_Watch_Dog_Trigger_Function(void);
#endif  /* __CDDSBC_Registers_H_2023_11_10__*/