#ifndef __EFUSE_MAP_H__
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#define __EFUSE_MAP_H__
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#include <asm/arch/efuse.h>
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#define EFUSE_CHIPID_NAME "chipid"
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#define EFUSE_BROM_CONF_NAME "brom_conf"
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#define EFUSE_BROM_TRY_NAME "brom_try"
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#define EFUSE_THM_SENSOR_NAME "thermal_sensor"
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#define EFUSE_FT_ZONE_NAME "ft_zone"
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#define EFUSE_TV_OUT_NAME "tvout"
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#define EFUSE_OEM_NAME "oem"
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#define EFUSE_EMAC_NAME "emac"
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#define EFUSE_WR_PROTECT_NAME "write_protect"
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#define EFUSE_RD_PROTECT_NAME "read_protect"
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#define EFUSE_IN_NAME "in"
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#define EFUSE_ID_NAME "id"
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#define EFUSE_ROTPK_NAME "rotpk"
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#define EFUSE_SSK_NAME "ssk"
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#define EFUSE_RSSK_NAME "rssk"
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#define EFUSE_HDCP_HASH_NAME "hdcp_hash"
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#define EFUSE_HDCP_PKF_NAME "hdcp_pkf"
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#define EFUSE_HDCP_DUK_NAME "hdcp_duk"
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#define EFUSE_EK_HASH_NAME "ek_hash"
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#define EFUSE_SN_NAME "sn"
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#define EFUSE_NV1_NAME "nv1"
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#define EFUSE_NV2_NAME "nv2"
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#define EFUSE_BACKUP_KEY_NAME "backup_key"
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#define EFUSE_RSAKEY_HASH_NAME "rsakey_hash"
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#define EFUSE_RENEW_NAME "renewability"
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#define EFUSE_OPT_ID_NAME "operator_id"
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#define EFUSE_LIFE_CYCLE_NAME "life_cycle"
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#define EFUSE_JTAG_SECU_NAME "jtag_security"
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#define EFUSE_JTAG_ATTR_NAME "jtag_attr"
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#define EFUSE_CHIP_CONF_NAME "chip_config"
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#define EFUSE_RESERVED_NAME "reserved"
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#define EFUSE_RESERVED2_NAME "reserved2"
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#define EFUSE_HUK_NAME "huk"
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/* For KeyLadder */
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#define EFUSE_KL_SCK0_NAME "keyladder_sck0"
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#define EFUSE_KL_KEY0_NAME "keyladder_master_key0"
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#define EFUSE_KL_SCK1_NAME "keyladder_sck1"
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#define EFUSE_KL_KEY1_NAME "keyladder_master_key1"
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#define SUNXI_KEY_NAME_LEN 64
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#define EFUSE_CHIPID_BYTE ((SID_CHIPID_SIZE+7)>>3)
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#define EFUSE_OEM_BYTE ((SID_OEM_PROGRAM_SIZE+7)>>3)
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#define EFUSE_NV1_BYTE ((SID_NV1_SIZE +7)>>3)
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#define EFUSE_NV2_BYTE ((SID_NV2_SIZE +7)>>3)
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#define EFUSE_RSAKEY_HASH_BYTE ((SID_RSAKEY_HASH_SIZE +7)>>3)
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#define EFUSE_THM_SENSOR_BYTE ((SID_THERMAL_SIZE +7)>>3)
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#define EFUSE_RENEW_BYTE ((SID_RENEWABILITY_SIZE+7)>>3)
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#define EFUSE_IN_BYTE ((SID_IN_SIZE+7)>>3)
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#define EFUSE_OPT_ID_BYTE ((SID_IDENTIFY_SIZE+7)>>3)
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#define EFUSE_ID_BYTE ((SID_ID_SIZE+7)>>3)
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#define EFUSE_ROTPK_BYTE ((SID_ROTPK_SIZE+7)>>3)
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#define EFUSE_SSK_BYTE ((SID_SSK_SIZE+7)>>3)
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#define EFUSE_RSSK_BYTE ((SID_RSSK_SIZE+7)>>3)
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#define EFUSE_HDCP_HASH_BYTE ((SID_HDCP_HASH_SIZE+7)>>3)
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#define EFUSE_EK_HASH_BYTE ((SID_EK_HASH_SIZE+7)>>3)
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#define EFUSE_SN_BYTE ((SID_SN_SIZE+7)>>3)
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#define EFUSE_SCK0_BRUN_BYTE ((256+256)>>3)
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#define EFUSE_SCK1_BRUN_BYTE ((256+256)>>3)
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typedef enum efuse_err
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{
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EFUSE_ERR_ARG = -1,
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EFUSE_ERR_KEY_NAME_WRONG = -2,
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EFUSE_ERR_KEY_SIZE_TOO_BIG = -3,
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EFUSE_ERR_PRIVATE = -4,
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EFUSE_ERR_ALREADY_BURNED = -5,
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EFUSE_ERR_READ_FORBID = -6,
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EFUSE_ERR_BURN_TIMING = -7,
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EFUSE_ERR_NO_ACCESS = -8,
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}
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efuse_err_e;
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/* breif: unify api to write Efuse key map.
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* OTP bit one time burn feature: this API only care the unburned bits of key_buf->data
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* So it is strongly suggested you read the value first,then set the unburned bits you want.
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* In param:key_buf(efuse_key_info_t) key_buf->data should be aligned to 4Byte.
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* Return val: 0==success ;negetive value is err number:ref efuse_err_e)
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*/
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int sunxi_efuse_write(void *key_buf);
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/* breif: unify api to read Efuse key map.
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*In param:key_name
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*In param:rd_buf,should be aligned to 4Byte.
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*return value : 0-success; other-fail
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*is err number:ref efuse_err_e
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*/
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int sunxi_efuse_read(void *key_name, void *rd_buf, int *len);
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/*reference this struct when call api:sunxi_efuse_write*/
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typedef struct
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{
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char name[SUNXI_KEY_NAME_LEN];
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u32 len; /*byte*/
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u32 res;
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u8 *key_data;
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}
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efuse_key_info_t;
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#endif /*__EFUSE_MAP_H__*/
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