include/amlogic/zapper_boot.h - yocto/uboot - Git Browser for ODROID

 #ifndef _ZAPPER_BOOT_H_
 #define _ZAPPER_BOOT_H_

 #include <amlogic/zapper_boot_common.h>

 /* define the reboot flag */
 #define REBOOT_FLAG_WARM    (0x55)  /* The process of automatically rebooting after a successful download update is called a warm reboot. */
 #define REBOOT_FLAG_COLD    (0xAA)  /* Other than the warm reboot, all other reboot scenarios are called cold reboot. */
 #define REBOOT_FLAG_FIRST   (0xFF)
 #define DOWNLOAD_MASK (0b00010000)
 #define OTA_DOWNLOAD_INDICATOR (0b00010010)
 #define USB_DOWNLOAD_INDICATOR (0b00010011)

 //---------------From irdeto-downloader START-----------//

 /* Typical size for module_info_header */
 #define AML_TYPICAL_MODULE_INFO_HEADER_SIZE (26)
 /* Length of signed CCP CAM signature */
 #define AML_SIGNATURE_LENGTH                (256)
 /* Short size for module_info_header, applicable for BBCB, Loader Core, and Loader Partition. */
 #define AML_SHORT_MODULE_INFO_HEADER_SIZE   (12)

 /* header size of boot,system,ccaconfig,casecure */
 #define AML_NORMAL_HEAD_SIZE    (AML_TYPICAL_MODULE_INFO_HEADER_SIZE + 2 * AML_SIGNATURE_LENGTH)
 /* boot header */
 #define BOOT_HEAD_OFFSET        AML_SHORT_MODULE_INFO_HEADER_SIZE
 /* system header */
 #define SYSTEM_HEAD_OFFSET      (AML_SHORT_MODULE_INFO_HEADER_SIZE + AML_NORMAL_HEAD_SIZE)
 /* CCA Config header */
 #define CCA_HEAD_OFFSET         (AML_SHORT_MODULE_INFO_HEADER_SIZE + 3 * AML_NORMAL_HEAD_SIZE)
 /* CASECURE header */
 #define CASECURE_HEAD_OFFSET    (AML_SHORT_MODULE_INFO_HEADER_SIZE + 4 * AML_NORMAL_HEAD_SIZE)

 //---------------From irdeto-downloader END-----------//

 //---------------From FLASHMAP, CL:425841 START-----------//
 #define BOOT_PARTITION_NAME         "boot"
 #define SYSTEM_PARTITION_NAME       "system"
 #define CASECURE_PARTITION_NAME     "casecure"
 #define CCACONFIG_PARTITION_NAME    "ccaconfig"
 #define CAVERIFY_PARTITION_NAME     "caverify"
 #define RESCUELIST_PARTITION_NAME   "rescuelist"

 #define FACTORY_RESET_CADATA_PARTITION_NAME     "cadata"

 #define BOOT_PARTITION_SIZE         (12 * 1024 * 1024)
 #define SYSTEM_PARTITION_SIZE       (48 * 1024 * 1024)
 #define CASECURE_PARTITION_SIZE     (4 * 1024 * 1024)
 #define CCACONFIG_PARTITION_SIZE    (128 * 1024)
 #define CAVERIFY_PARTITION_SIZE     (128 * 1024)
 #define RESCUELIST_PARTITION_SIZE   (128 * 1024)
 //---------------From FLASHMAP, CL:425841 END-----------//

 #define FACTORY_RESET_PS_INDEX_0    "cloaked_ca_0.dat"
 #define FACTORY_RESET_PS_INDEX_15   "cloaked_ca_15.dat"

 typedef enum {
     VERIFY_MODULE_BOOT,         /* module-id, 0x20 */
     VERIFY_MODULE_SYSTEM,       /* module-id, 0x21 */
     VERIFY_MODULE_CCACONFIG,    /* module-id, 0x23 */
     VERIFY_MODULE_CASECURE,     /* module-id, 0x24 */
 } VERIFY_MODULE_TYPE;

 enum ADC_KEY_TYPE {
     NO_ADC_KEY_PRESS = 0,
     ADC_KEY_A_PRESS,
     ADC_KEY_B_PRESS,
     ADC_KEY_C_PRESS,
     UNKNOWN_KEY_PRESS,
     ADC_DEVICE_ERROR,
 };

 enum JUMP_RECOVERY_TYPE {
     NO_NEED_JUMP = 0,
     USB_DETECT_JUMP,
     OTA_DETECT_JUMP,
     BOOT_CHECK_JUMP,
     UNKNOWN_JUMP,
 };

 enum RCU_COMBINATION_TYPE {
     RCU_COMBINATION_ADVANCED_TUNING_CODE_SCREEN = 0,
     RCU_COMBINATION_ADVANCED_SETUP_SCREEN = 1,
     RCU_COMBINATION_USB_UPGRADE = 2,
     RCU_COMBINATION_MANUAL_FORCED_DOWNLOAD = 3,
     RCU_COMBINATION_FACTORY_RESET = 4,
     RCU_COMBINATION_MAX = 5,
 };

 /**
  * Download MODE, Consistent with the definition in the downloader.
  */
 enum DOWNLOAD_MODE_TYPE{
     DOWNLOAD_MODE_NORMAL = 0,
     DOWNLOAD_MODE_RESCUE,
     DOWNLOAD_MODE_MANUAL_FORCE,
     DOWNLOAD_MODE_USB,
     DOWNLOAD_MODE_TUNING_CODE,
     DOWNLOAD_MODE_ADVANCE_SETUP,
     DOWNLOAD_MODE_MAX
 };

 typedef enum {
     LED_POWER_RED,      /* The macro corresponds to the "Red" description of the Standby LED in the LDRS table */
     LED_POWER_GREEN,    /* The macro corresponds to the "Green" description of the Standby LED in the LDRS table */
     LED_POWER_OFF,      /* The macro corresponds to the "Off" description of the Standby LED in the LDRS table */
     LED_REMOTE_RED,     /* The macro corresponds to the "Red" description of the Remote LED in the LDRS table */
     LED_REMOTE_OFF,     /* The macro corresponds to the "Off" description of the Remote LED in the LDRS table */
     LED_ALERT_YELLOW,   /* The macro corresponds to the "Yellow" description of the Alert LED in the LDRS table */
     LED_ALERT_OFF,      /* The macro corresponds to the "Off" description of the Alert LED in the LDRS table */
 } led_display_type;

 struct Zapper_boot_info {
     unsigned char loader_partition_header[LD_HEADER_LENGTH];
     unsigned char loader_partition[LD_LENGTH];
     unsigned char error_code[EC_LENGTH];
     unsigned char modify_flag;
     unsigned char reboot_flag;
     unsigned char download_mode;
     unsigned char standby_flag;
     unsigned char backupODU;
     unsigned char share_crc[LD_SHARE_DATA_CRC_LENGTH];

     unsigned char bbcb_header[BBCB_HEADER_LENGTH];
     unsigned char bbcb[BBCB_LENGTH];

     unsigned char uk_header[UK_HEADER_LENGTH];
     unsigned char uk[UK_LENGTH];

     unsigned char kernel_header[KERNEL_HEADER_LENGTH];
     unsigned char kernel[KERNEL_LENGTH];
 };

 /* these structure is from irdeto-download spi */
 typedef enum
 {
     DMD_DOWNLINK_INJECTION,
     DMD_DOWNLINK_CUSTOM,
     DMD_DOWNLINK_Ku_LOW,
     DMD_DOWNLINK_Ku_HIGH,
     DMD_DOWNLINK_C,
     DMD_DOWNLINK_C_LOW,
     DMD_DOWNLINK_C_HIGH
 } dmd_downlink_t;

 typedef enum
 {
     DMD_LNB_TONE_DEFAULT,
     DMD_LNB_TONE_OFF,
     DMD_LNB_TONE_22KHZ
 } dmd_lnb_tone_state_t;

 typedef struct
 {
     unsigned int band_start;
     unsigned int band_end;
     unsigned int lo;
     dmd_downlink_t downlink;
 } dmd_satellite_band_t;

 typedef enum
 {
     DMD_DISEQC_DEFAULT,
     DMD_DISEQC_PORTA,
     DMD_DISEQC_PORTB,
     DMD_DISEQC_PORTC,
     DMD_DISEQC_PORTD,
     DMD_DISEQC_ALL
 } dmd_diseqc_port_t;

 typedef enum
 {
     DMD_LNB_VOLTAGE_OFF = 0,
     DMD_LNB_VOLTAGE_14V = 1,
     DMD_LNB_VOLTAGE_18V = 2
 } dmd_lnb_voltage_t;

 typedef enum
 {
     DMD_PLR_HORIZONTAL = 0x01,
     DMD_PLR_VERTICAL = 0x02,
     DMD_PLR_NONE = 0x03,
     DMD_PLR_CIRCULAR_LEFT = 0x04,
     DMD_PLR_CIRCULAR_RIGHT = 0x05
 } dmd_polarization_t;

 typedef enum
 {
     DMD_ROLLOFF_035 = 0x00,
     DMD_ROLLOFF_025 = 0x01,
     DMD_ROLLOFF_020 = 0x02,
     DMD_ROLLOFF_015 = 0x03,
     DMD_ROLLOFF_010 = 0x04,
     DMD_ROLLOFF_005 = 0x05
 } dmd_rolloff_t;

 typedef enum
 {
     DMD_MODSYS_DVBS = 0x00,
     DMD_MODSYS_DVBS2 = 0x01
 } dmd_modulation_system_t;

 typedef enum
 {
     DMD_FEC_NONE = 0x0000,
     DMD_FEC_1_2 = 0x0001,
     DMD_FEC_2_3 = 0x0002,
     DMD_FEC_3_4 = 0x0004,
     DMD_FEC_4_5 = 0x0008,
     DMD_FEC_5_6 = 0x0010,
     DMD_FEC_6_7 = 0x0020,
     DMD_FEC_7_8 = 0x0040,
     DMD_FEC_8_9 = 0x0080,
     DMD_FEC_3_5 = 0x0100,
     DMD_FEC_9_10 = 0x0200,
     DMD_FEC_ALL = 0xFFFF
 } dmd_fec_rate_t;

 typedef enum
 {
     DMD_FEC_OUTER_NONE = 0x00,
     DMD_FEC_OUTER_NOT_DEFINED = 0x01,
     DMD_FEC_OUTER_RS = 0x02
 } dmd_fec_rate_outer_t;

 typedef enum
 {
     DMD_MOD_NONE = 0x0000,
     DMD_MOD_QPSK = 0x0001,
     DMD_MOD_8PSK = 0x0002,
     DMD_MOD_QAM = 0x0004,
     DMD_MOD_4QAM = 0x0008,
     DMD_MOD_16QAM = 0x0010,
     DMD_MOD_32QAM = 0x0020,
     DMD_MOD_64QAM = 0x0040,
     DMD_MOD_128QAM = 0x0080,
     DMD_MOD_256QAM = 0x0100,
     DMD_MOD_BPSK = 0x0200,
     DMD_MOD_ALL = 0xFFFF
 } dmd_modulation_t;

 typedef enum
 {
     DMD_CONSTELLATION_NONE = 0x0000,
     DMD_CONSTELLATION_QPSK = 0x0001,
     DMD_CONSTELLATION_16QAM = 0x0002,
     DMD_CONSTELLATION_64QAM = 0x0004,
     DMD_CONSTELLATION_32QAM = 0x0008,
     DMD_CONSTELLATION_128QAM = 0x0010,
     DMD_CONSTELLATION_256QAM = 0x0020,
     DMD_CONSTELLATION_1024QAM = 0x0040,
     DMD_CONSTELLATION_ALL = 0xFFFF
 } dmd_constellation_t;

 typedef enum
 {
     DMD_GUARD_INTERVAL_1_32 = 0x01,
     DMD_GUARD_INTERVAL_1_16 = 0x02,
     DMD_GUARD_INTERVAL_1_8 = 0x03,
     DMD_GUARD_INTERVAL_1_4 = 0x04,
     DMD_GUARD_INTERVAL_1_128 = 0x05,
     DMD_GUARD_INTERVAL_19_128 = 0x06,
     DMD_GUARD_INTERVAL_19_256 = 0x07
 } dmd_guard_interval_t;

 typedef enum
 {
     DMD_HIERARCHY_NONE = 0x01,
     DMD_HIERARCHY_1 = 0x02,
     DMD_HIERARCHY_2 = 0x03,
     DMD_HIERARCHY_4 = 0x04
 } dmd_hierarchy_t;

 typedef enum
 {
     DMD_HIERARCHY_HP = 0x00,
     DMD_HIERARCHY_LP = 0x01
 } dmd_hierarchy_hplp_t;

 typedef enum
 {
     DMD_PLP_COMMON,
     DMD_PLP_DATA1,
     DMD_PLP_DATA2
 } dmd_plp_type_t;

 typedef enum
 {
     TUNER_STATE_LOCKED,
     TUNER_STATE_TIMEOUT,
     TUNER_STATE_UNKNOWN
 } dmd_tuner_event_t;

 typedef struct {
     unsigned char version; //not unicable: 0, 1.x: 1(EN50494), 2.x: 2(EN50607)
     unsigned short frequency_mhz;
     unsigned char userband;
     unsigned char bank;
     unsigned char uncommitted;
     unsigned char committed;
 } dmd_unicable_param_t;

 typedef struct
 {
     unsigned int frequency;
     unsigned int symbol_rate;
     dmd_modulation_system_t modulation_system;
     dmd_polarization_t polarization;
     dmd_modulation_t modulation;
     dmd_fec_rate_t fec_rate;
     dmd_rolloff_t roll_off;
     dmd_lnb_tone_state_t    lnb_tone_state;
     dmd_diseqc_port_t       diseqc_port;
     dmd_satellite_band_t    band;
 } dmd_satellite_desc_t;

 typedef struct
 {
     unsigned int frequency;                     /* frequency in KHz */
     dmd_fec_rate_t fec_rate;                    /* select FEC rate(s) */
     dmd_fec_rate_outer_t fec_rate_outer;        /* select FEC outer */
     dmd_modulation_t modulation;                /* select modulation scheme */
     unsigned int symbol_rate;                   /* symbol rate in KBAUD */
 } dmd_cable_desc_t;

 typedef enum
 {
     DMD_TRANSMISSION_2K = 0x01,
     DMD_TRANSMISSION_8K = 0x02,
     DMD_TRANSMISSION_4K = 0x03,
     DMD_TRANSMISSION_1K = 0x04,
     DMD_TRANSMISSION_16K = 0x05,
     DMD_TRANSMISSION_32K = 0x06
 } dmd_transmission_mode_t;

 typedef enum
 {
     DMD_BANDWIDTH_8M = 0x01,
     DMD_BANDWIDTH_7M = 0x02,
     DMD_BANDWIDTH_6M = 0x03,
     DMD_BANDWIDTH_5M = 0x04,
     DMD_BANDWIDTH_10M = 0x05,
     DMD_BANDWIDTH_17M = 0x06
 } dmd_bandwidth_t;

 typedef enum
 {
     DMD_DVBTYPE_DVBT,
     DMD_DVBTYPE_DVBT2,
     DMD_DVBTYPE_DTMB
 } dmd_terrestrial_dvbtype_t;

 typedef struct
 {
     unsigned int frequency;
     dmd_constellation_t constellation;
     dmd_hierarchy_t hierarchy;
     dmd_hierarchy_hplp_t hp_lp;
     dmd_fec_rate_t HP_code_rate;
     dmd_fec_rate_t LP_code_rate;
     dmd_guard_interval_t guard_interval;
     dmd_transmission_mode_t transmission_mode;
     dmd_bandwidth_t bandwidth;
 } dmd_terrestrial_dvbt_desc_t;

 typedef struct
 {
     unsigned int frequency;
     unsigned int plp_id;
     dmd_guard_interval_t guard_interval;
     dmd_transmission_mode_t transmission_mode;
     unsigned int T2_system_id;
     dmd_bandwidth_t bandwidth;
 } dmd_terrestrial_dvbt2_desc_t;

 typedef struct
 {
     unsigned int frequency;
     dmd_bandwidth_t bandwidth;
 } dmd_terrestrial_dtmb_desc_t;

 typedef struct
 {
     dmd_terrestrial_dvbtype_t dvb_type;
     union {
       dmd_terrestrial_dvbt_desc_t dvbt;
       dmd_terrestrial_dvbt2_desc_t dvbt2;
       dmd_terrestrial_dtmb_desc_t dtmb;
     } desc;
 } dmd_terrestrial_desc_t;

 typedef enum
 {
     DMD_SATELLITE   = 0x0100,
     DMD_CABLE      = 0x0200,
     DMD_TERRESTRIAL = 0x0300,
 } dmd_device_type_t;

 typedef struct
 {
     dmd_device_type_t   device_type;
     union
     {
         dmd_satellite_desc_t    satellite;
         dmd_cable_desc_t        cable;
         dmd_terrestrial_desc_t terrestrial;
     } delivery;
 } dmd_delivery_t;

 /* SPI END */

 int Zapper_get_usb_download_request(void);
 int Zapper_read_usb_file_name(char *file_name, int num);

 int Zapper_get_nand_hwconfig_partition_address(unsigned long long hwconfig_s, unsigned long long hwconfig_e);
 int Zapper_get_nand_ldflag_partition_address(unsigned long long ldflag_s, unsigned long long ldflag_e);
 int Zapper_get_nand_ldsec_partition_address(unsigned long long ldsec_s, unsigned long long ldsec_e);
 int Zapper_get_nand_kernel_partition_address(unsigned long long kernel_s, unsigned long long kernel_e);

 int Zapper_read_verify_module_partition(void);
 void Zapper_free_verify_module_partition(void);
 int Zapper_get_verify_module_header(VERIFY_MODULE_TYPE module, unsigned char **buf, unsigned int *len);
 int Zapper_get_verify_module_payload(VERIFY_MODULE_TYPE module, unsigned char **buf, unsigned int *len);
 int Zapper_get_rescuelist_module_payload(unsigned char *buf, unsigned int len);

 int Zapper_get_nand_ldflag_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
 int Zapper_get_nand_hwconfig_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
 int Zapper_get_nand_ldsec_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
 int Zapper_get_nand_kernel_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
 unsigned char Zapper_get_nand_standby_flag(void);

 int Zapper_set_nand_ldflag_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
 int Zapper_nand_factory_reset(void);

 int Zapper_get_key_info(unsigned char *key_index);
 int Zapper_get_rcu_combination_type(unsigned char *type);


 int Zapper_get_jump_recovery_status(unsigned char* status);
 int Zapper_set_jump_recovery_status(unsigned char status);
 int Zapper_clear_jump_recovery_status(void);

 /* set led display type */
 void Zapper_led_set(led_display_type type);

 /* Illuminate the LED through the LED type */
 void Zapper_led_show(void);

 #endif
	#ifndef _ZAPPER_BOOT_H_
	#define _ZAPPER_BOOT_H_

	#include <amlogic/zapper_boot_common.h>

	/* define the reboot flag */
	#define REBOOT_FLAG_WARM (0x55) /* The process of automatically rebooting after a successful download update is called a warm reboot. */
	#define REBOOT_FLAG_COLD (0xAA) /* Other than the warm reboot, all other reboot scenarios are called cold reboot. */
	#define REBOOT_FLAG_FIRST (0xFF)
	#define DOWNLOAD_MASK (0b00010000)
	#define OTA_DOWNLOAD_INDICATOR (0b00010010)
	#define USB_DOWNLOAD_INDICATOR (0b00010011)

	//---------------From irdeto-downloader START-----------//

	/* Typical size for module_info_header */
	#define AML_TYPICAL_MODULE_INFO_HEADER_SIZE (26)
	/* Length of signed CCP CAM signature */
	#define AML_SIGNATURE_LENGTH (256)
	/* Short size for module_info_header, applicable for BBCB, Loader Core, and Loader Partition. */
	#define AML_SHORT_MODULE_INFO_HEADER_SIZE (12)

	/* header size of boot,system,ccaconfig,casecure */
	#define AML_NORMAL_HEAD_SIZE (AML_TYPICAL_MODULE_INFO_HEADER_SIZE + 2 * AML_SIGNATURE_LENGTH)
	/* boot header */
	#define BOOT_HEAD_OFFSET AML_SHORT_MODULE_INFO_HEADER_SIZE
	/* system header */
	#define SYSTEM_HEAD_OFFSET (AML_SHORT_MODULE_INFO_HEADER_SIZE + AML_NORMAL_HEAD_SIZE)
	/* CCA Config header */
	#define CCA_HEAD_OFFSET (AML_SHORT_MODULE_INFO_HEADER_SIZE + 3 * AML_NORMAL_HEAD_SIZE)
	/* CASECURE header */
	#define CASECURE_HEAD_OFFSET (AML_SHORT_MODULE_INFO_HEADER_SIZE + 4 * AML_NORMAL_HEAD_SIZE)

	//---------------From irdeto-downloader END-----------//

	//---------------From FLASHMAP, CL:425841 START-----------//
	#define BOOT_PARTITION_NAME "boot"
	#define SYSTEM_PARTITION_NAME "system"
	#define CASECURE_PARTITION_NAME "casecure"
	#define CCACONFIG_PARTITION_NAME "ccaconfig"
	#define CAVERIFY_PARTITION_NAME "caverify"
	#define RESCUELIST_PARTITION_NAME "rescuelist"

	#define FACTORY_RESET_CADATA_PARTITION_NAME "cadata"

	#define BOOT_PARTITION_SIZE (12 * 1024 * 1024)
	#define SYSTEM_PARTITION_SIZE (48 * 1024 * 1024)
	#define CASECURE_PARTITION_SIZE (4 * 1024 * 1024)
	#define CCACONFIG_PARTITION_SIZE (128 * 1024)
	#define CAVERIFY_PARTITION_SIZE (128 * 1024)
	#define RESCUELIST_PARTITION_SIZE (128 * 1024)
	//---------------From FLASHMAP, CL:425841 END-----------//

	#define FACTORY_RESET_PS_INDEX_0 "cloaked_ca_0.dat"
	#define FACTORY_RESET_PS_INDEX_15 "cloaked_ca_15.dat"

	typedef enum {
	VERIFY_MODULE_BOOT, /* module-id, 0x20 */
	VERIFY_MODULE_SYSTEM, /* module-id, 0x21 */
	VERIFY_MODULE_CCACONFIG, /* module-id, 0x23 */
	VERIFY_MODULE_CASECURE, /* module-id, 0x24 */
	} VERIFY_MODULE_TYPE;

	enum ADC_KEY_TYPE {
	NO_ADC_KEY_PRESS = 0,
	ADC_KEY_A_PRESS,
	ADC_KEY_B_PRESS,
	ADC_KEY_C_PRESS,
	UNKNOWN_KEY_PRESS,
	ADC_DEVICE_ERROR,
	};

	enum JUMP_RECOVERY_TYPE {
	NO_NEED_JUMP = 0,
	USB_DETECT_JUMP,
	OTA_DETECT_JUMP,
	BOOT_CHECK_JUMP,
	UNKNOWN_JUMP,
	};

	enum RCU_COMBINATION_TYPE {
	RCU_COMBINATION_ADVANCED_TUNING_CODE_SCREEN = 0,
	RCU_COMBINATION_ADVANCED_SETUP_SCREEN = 1,
	RCU_COMBINATION_USB_UPGRADE = 2,
	RCU_COMBINATION_MANUAL_FORCED_DOWNLOAD = 3,
	RCU_COMBINATION_FACTORY_RESET = 4,
	RCU_COMBINATION_MAX = 5,
	};

	/**
	* Download MODE, Consistent with the definition in the downloader.
	*/
	enum DOWNLOAD_MODE_TYPE{
	DOWNLOAD_MODE_NORMAL = 0,
	DOWNLOAD_MODE_RESCUE,
	DOWNLOAD_MODE_MANUAL_FORCE,
	DOWNLOAD_MODE_USB,
	DOWNLOAD_MODE_TUNING_CODE,
	DOWNLOAD_MODE_ADVANCE_SETUP,
	DOWNLOAD_MODE_MAX
	};

	typedef enum {
	LED_POWER_RED, /* The macro corresponds to the "Red" description of the Standby LED in the LDRS table */
	LED_POWER_GREEN, /* The macro corresponds to the "Green" description of the Standby LED in the LDRS table */
	LED_POWER_OFF, /* The macro corresponds to the "Off" description of the Standby LED in the LDRS table */
	LED_REMOTE_RED, /* The macro corresponds to the "Red" description of the Remote LED in the LDRS table */
	LED_REMOTE_OFF, /* The macro corresponds to the "Off" description of the Remote LED in the LDRS table */
	LED_ALERT_YELLOW, /* The macro corresponds to the "Yellow" description of the Alert LED in the LDRS table */
	LED_ALERT_OFF, /* The macro corresponds to the "Off" description of the Alert LED in the LDRS table */
	} led_display_type;

	struct Zapper_boot_info {
	unsigned char loader_partition_header[LD_HEADER_LENGTH];
	unsigned char loader_partition[LD_LENGTH];
	unsigned char error_code[EC_LENGTH];
	unsigned char modify_flag;
	unsigned char reboot_flag;
	unsigned char download_mode;
	unsigned char standby_flag;
	unsigned char backupODU;
	unsigned char share_crc[LD_SHARE_DATA_CRC_LENGTH];

	unsigned char bbcb_header[BBCB_HEADER_LENGTH];
	unsigned char bbcb[BBCB_LENGTH];

	unsigned char uk_header[UK_HEADER_LENGTH];
	unsigned char uk[UK_LENGTH];

	unsigned char kernel_header[KERNEL_HEADER_LENGTH];
	unsigned char kernel[KERNEL_LENGTH];
	};

	/* these structure is from irdeto-download spi */
	typedef enum
	{
	DMD_DOWNLINK_INJECTION,
	DMD_DOWNLINK_CUSTOM,
	DMD_DOWNLINK_Ku_LOW,
	DMD_DOWNLINK_Ku_HIGH,
	DMD_DOWNLINK_C,
	DMD_DOWNLINK_C_LOW,
	DMD_DOWNLINK_C_HIGH
	} dmd_downlink_t;

	typedef enum
	{
	DMD_LNB_TONE_DEFAULT,
	DMD_LNB_TONE_OFF,
	DMD_LNB_TONE_22KHZ
	} dmd_lnb_tone_state_t;

	typedef struct
	{
	unsigned int band_start;
	unsigned int band_end;
	unsigned int lo;
	dmd_downlink_t downlink;
	} dmd_satellite_band_t;

	typedef enum
	{
	DMD_DISEQC_DEFAULT,
	DMD_DISEQC_PORTA,
	DMD_DISEQC_PORTB,
	DMD_DISEQC_PORTC,
	DMD_DISEQC_PORTD,
	DMD_DISEQC_ALL
	} dmd_diseqc_port_t;

	typedef enum
	{
	DMD_LNB_VOLTAGE_OFF = 0,
	DMD_LNB_VOLTAGE_14V = 1,
	DMD_LNB_VOLTAGE_18V = 2
	} dmd_lnb_voltage_t;

	typedef enum
	{
	DMD_PLR_HORIZONTAL = 0x01,
	DMD_PLR_VERTICAL = 0x02,
	DMD_PLR_NONE = 0x03,
	DMD_PLR_CIRCULAR_LEFT = 0x04,
	DMD_PLR_CIRCULAR_RIGHT = 0x05
	} dmd_polarization_t;

	typedef enum
	{
	DMD_ROLLOFF_035 = 0x00,
	DMD_ROLLOFF_025 = 0x01,
	DMD_ROLLOFF_020 = 0x02,
	DMD_ROLLOFF_015 = 0x03,
	DMD_ROLLOFF_010 = 0x04,
	DMD_ROLLOFF_005 = 0x05
	} dmd_rolloff_t;

	typedef enum
	{
	DMD_MODSYS_DVBS = 0x00,
	DMD_MODSYS_DVBS2 = 0x01
	} dmd_modulation_system_t;

	typedef enum
	{
	DMD_FEC_NONE = 0x0000,
	DMD_FEC_1_2 = 0x0001,
	DMD_FEC_2_3 = 0x0002,
	DMD_FEC_3_4 = 0x0004,
	DMD_FEC_4_5 = 0x0008,
	DMD_FEC_5_6 = 0x0010,
	DMD_FEC_6_7 = 0x0020,
	DMD_FEC_7_8 = 0x0040,
	DMD_FEC_8_9 = 0x0080,
	DMD_FEC_3_5 = 0x0100,
	DMD_FEC_9_10 = 0x0200,
	DMD_FEC_ALL = 0xFFFF
	} dmd_fec_rate_t;

	typedef enum
	{
	DMD_FEC_OUTER_NONE = 0x00,
	DMD_FEC_OUTER_NOT_DEFINED = 0x01,
	DMD_FEC_OUTER_RS = 0x02
	} dmd_fec_rate_outer_t;

	typedef enum
	{
	DMD_MOD_NONE = 0x0000,
	DMD_MOD_QPSK = 0x0001,
	DMD_MOD_8PSK = 0x0002,
	DMD_MOD_QAM = 0x0004,
	DMD_MOD_4QAM = 0x0008,
	DMD_MOD_16QAM = 0x0010,
	DMD_MOD_32QAM = 0x0020,
	DMD_MOD_64QAM = 0x0040,
	DMD_MOD_128QAM = 0x0080,
	DMD_MOD_256QAM = 0x0100,
	DMD_MOD_BPSK = 0x0200,
	DMD_MOD_ALL = 0xFFFF
	} dmd_modulation_t;

	typedef enum
	{
	DMD_CONSTELLATION_NONE = 0x0000,
	DMD_CONSTELLATION_QPSK = 0x0001,
	DMD_CONSTELLATION_16QAM = 0x0002,
	DMD_CONSTELLATION_64QAM = 0x0004,
	DMD_CONSTELLATION_32QAM = 0x0008,
	DMD_CONSTELLATION_128QAM = 0x0010,
	DMD_CONSTELLATION_256QAM = 0x0020,
	DMD_CONSTELLATION_1024QAM = 0x0040,
	DMD_CONSTELLATION_ALL = 0xFFFF
	} dmd_constellation_t;

	typedef enum
	{
	DMD_GUARD_INTERVAL_1_32 = 0x01,
	DMD_GUARD_INTERVAL_1_16 = 0x02,
	DMD_GUARD_INTERVAL_1_8 = 0x03,
	DMD_GUARD_INTERVAL_1_4 = 0x04,
	DMD_GUARD_INTERVAL_1_128 = 0x05,
	DMD_GUARD_INTERVAL_19_128 = 0x06,
	DMD_GUARD_INTERVAL_19_256 = 0x07
	} dmd_guard_interval_t;

	typedef enum
	{
	DMD_HIERARCHY_NONE = 0x01,
	DMD_HIERARCHY_1 = 0x02,
	DMD_HIERARCHY_2 = 0x03,
	DMD_HIERARCHY_4 = 0x04
	} dmd_hierarchy_t;

	typedef enum
	{
	DMD_HIERARCHY_HP = 0x00,
	DMD_HIERARCHY_LP = 0x01
	} dmd_hierarchy_hplp_t;

	typedef enum
	{
	DMD_PLP_COMMON,
	DMD_PLP_DATA1,
	DMD_PLP_DATA2
	} dmd_plp_type_t;

	typedef enum
	{
	TUNER_STATE_LOCKED,
	TUNER_STATE_TIMEOUT,
	TUNER_STATE_UNKNOWN
	} dmd_tuner_event_t;

	typedef struct {
	unsigned char version; //not unicable: 0, 1.x: 1(EN50494), 2.x: 2(EN50607)
	unsigned short frequency_mhz;
	unsigned char userband;
	unsigned char bank;
	unsigned char uncommitted;
	unsigned char committed;
	} dmd_unicable_param_t;

	typedef struct
	{
	unsigned int frequency;
	unsigned int symbol_rate;
	dmd_modulation_system_t modulation_system;
	dmd_polarization_t polarization;
	dmd_modulation_t modulation;
	dmd_fec_rate_t fec_rate;
	dmd_rolloff_t roll_off;
	dmd_lnb_tone_state_t lnb_tone_state;
	dmd_diseqc_port_t diseqc_port;
	dmd_satellite_band_t band;
	} dmd_satellite_desc_t;

	typedef struct
	{
	unsigned int frequency; /* frequency in KHz */
	dmd_fec_rate_t fec_rate; /* select FEC rate(s) */
	dmd_fec_rate_outer_t fec_rate_outer; /* select FEC outer */
	dmd_modulation_t modulation; /* select modulation scheme */
	unsigned int symbol_rate; /* symbol rate in KBAUD */
	} dmd_cable_desc_t;

	typedef enum
	{
	DMD_TRANSMISSION_2K = 0x01,
	DMD_TRANSMISSION_8K = 0x02,
	DMD_TRANSMISSION_4K = 0x03,
	DMD_TRANSMISSION_1K = 0x04,
	DMD_TRANSMISSION_16K = 0x05,
	DMD_TRANSMISSION_32K = 0x06
	} dmd_transmission_mode_t;

	typedef enum
	{
	DMD_BANDWIDTH_8M = 0x01,
	DMD_BANDWIDTH_7M = 0x02,
	DMD_BANDWIDTH_6M = 0x03,
	DMD_BANDWIDTH_5M = 0x04,
	DMD_BANDWIDTH_10M = 0x05,
	DMD_BANDWIDTH_17M = 0x06
	} dmd_bandwidth_t;

	typedef enum
	{
	DMD_DVBTYPE_DVBT,
	DMD_DVBTYPE_DVBT2,
	DMD_DVBTYPE_DTMB
	} dmd_terrestrial_dvbtype_t;

	typedef struct
	{
	unsigned int frequency;
	dmd_constellation_t constellation;
	dmd_hierarchy_t hierarchy;
	dmd_hierarchy_hplp_t hp_lp;
	dmd_fec_rate_t HP_code_rate;
	dmd_fec_rate_t LP_code_rate;
	dmd_guard_interval_t guard_interval;
	dmd_transmission_mode_t transmission_mode;
	dmd_bandwidth_t bandwidth;
	} dmd_terrestrial_dvbt_desc_t;

	typedef struct
	{
	unsigned int frequency;
	unsigned int plp_id;
	dmd_guard_interval_t guard_interval;
	dmd_transmission_mode_t transmission_mode;
	unsigned int T2_system_id;
	dmd_bandwidth_t bandwidth;
	} dmd_terrestrial_dvbt2_desc_t;

	typedef struct
	{
	unsigned int frequency;
	dmd_bandwidth_t bandwidth;
	} dmd_terrestrial_dtmb_desc_t;

	typedef struct
	{
	dmd_terrestrial_dvbtype_t dvb_type;
	union {
	dmd_terrestrial_dvbt_desc_t dvbt;
	dmd_terrestrial_dvbt2_desc_t dvbt2;
	dmd_terrestrial_dtmb_desc_t dtmb;
	} desc;
	} dmd_terrestrial_desc_t;

	typedef enum
	{
	DMD_SATELLITE = 0x0100,
	DMD_CABLE = 0x0200,
	DMD_TERRESTRIAL = 0x0300,
	} dmd_device_type_t;

	typedef struct
	{
	dmd_device_type_t device_type;
	union
	{
	dmd_satellite_desc_t satellite;
	dmd_cable_desc_t cable;
	dmd_terrestrial_desc_t terrestrial;
	} delivery;
	} dmd_delivery_t;

	/* SPI END */

	int Zapper_get_usb_download_request(void);
	int Zapper_read_usb_file_name(char *file_name, int num);

	int Zapper_get_nand_hwconfig_partition_address(unsigned long long hwconfig_s, unsigned long long hwconfig_e);
	int Zapper_get_nand_ldflag_partition_address(unsigned long long ldflag_s, unsigned long long ldflag_e);
	int Zapper_get_nand_ldsec_partition_address(unsigned long long ldsec_s, unsigned long long ldsec_e);
	int Zapper_get_nand_kernel_partition_address(unsigned long long kernel_s, unsigned long long kernel_e);

	int Zapper_read_verify_module_partition(void);
	void Zapper_free_verify_module_partition(void);
	int Zapper_get_verify_module_header(VERIFY_MODULE_TYPE module, unsigned char *buf, unsigned int len);
	int Zapper_get_verify_module_payload(VERIFY_MODULE_TYPE module, unsigned char *buf, unsigned int len);
	int Zapper_get_rescuelist_module_payload(unsigned char *buf, unsigned int len);

	int Zapper_get_nand_ldflag_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
	int Zapper_get_nand_hwconfig_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
	int Zapper_get_nand_ldsec_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
	int Zapper_get_nand_kernel_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
	unsigned char Zapper_get_nand_standby_flag(void);

	int Zapper_set_nand_ldflag_partition_info(struct Zapper_boot_info *p_s_e_boot_info);
	int Zapper_nand_factory_reset(void);

	int Zapper_get_key_info(unsigned char *key_index);
	int Zapper_get_rcu_combination_type(unsigned char *type);


	int Zapper_get_jump_recovery_status(unsigned char* status);
	int Zapper_set_jump_recovery_status(unsigned char status);
	int Zapper_clear_jump_recovery_status(void);

	/* set led display type */
	void Zapper_led_set(led_display_type type);

	/* Illuminate the LED through the LED type */
	void Zapper_led_show(void);

	#endif