/****************************RK3399 MINI58 Register Start***************************/
#define REGISTER_MCU_VERSION	0x00


typedef enum
{
    CORE_FW_VERSION = 0,                
    CORE_VID_LSB, 
    CORE_VID_MSB,
    CORE_PID_LSB, 
    CORE_PID_MSB, 
    CORE_POWER_STATE,
    CORE_FUNC_CFG0,
    CORE_FUNC_CFG1,
    CORE_FUNC_STATUS0,
    CORE_FUNC_STATUS1,
    CORE_RTC_TIME,	//0xa
    CORE_RTC_ALARM_TIME,
    CORE_WDT_COUNT,
    CORE_FW_UPDATE,
    CORE_CEC_PHY_LSB,
    CORE_CEC_PHY_MSB,
    CORE_CEC_OSD_NAME,	//0x10
    CORE_NEW_FW_VERSION,
    CORE_POWER_LEVEL,
    CORE_ANX7411_CC_ROLE,	//0x13
    CORE_ANX7411_CC_DIRECTION,	//0x14
    CORE_ANX7411_HPD_STATUS,		//0x15
    CORE_ANX7411_DP_LANES,		//0x16
    CORE_ETH_PHY_ADDR0,
    CORE_ETH_PHY_ADDR1,
    CORE_ETH_PHY_ADDR2,
    CORE_ETH_PHY_ADDR3,
    CORE_ETH_PHY_ADDR4,
    CORE_ETH_PHY_ADDR5,    
    CORE_REG_MAX
} REGIST_CMD;

typedef union
 {
   struct
   {
	 uint8_t alarmWakeup:1; 	//bit 0			   
	 uint8_t watchdog:1;					
	 uint8_t irdaWakeup:1;					  
	 uint8_t net_wakeup:1;					   
	 uint8_t hdmi_cec:1;					   
	 uint8_t powerloss:2;
	 uint8_t usbCharger:1;
   } bit;									
   uint8_t reg_function;							
 } CORE_REG_FUNCTION;  

typedef union
{
  struct
  {
	uint8_t last_state:1; 
	uint8_t pwr_wk_en:1;
	uint8_t pwr_opwer_en:1;
	uint8_t reserved:5;
  } bit;								   
  uint8_t reg_function; 						   
} CORE_REG_FUNCTION1;	

typedef enum
{
    CORE_FUNC_ALARM = 100,                
    CORE_FUNC_WDT, 
    CORE_FUNC_IRDA,
    CORE_FUNC_NET_WK, 
    CORE_FUNC_CEC,    
    CORE_FUNC_POWER_LOSS, 
    CORE_FUNC_USB_CHARGER,
    CORE_FUNC_LAST_STATE,
    CORE_FUNC_PWR_WK_EN,
    CORE_FUNC_PWR_OFF_EN,
    CORE_FUNC_MAX
} REGIST_FUNC_FLAG;


/****************************RK3399 MINI58 Regist end***************************/
extern int jw_mcu_get_cc_status(u8 *role, u8 *direction);