#include "td_type.h"

hal_spacc_reg.h 的引用(Include)关系图:

此图展示该文件直接或间接的被哪些文件引用了:

结构体
union	in_hash_chn_ctrl

union	in_hash_chn_key_ctrl

union	in_hash_chn_node_wr_point

union	in_hash_chn_node_rd_point

union	hash_chann_raw_int

union	hash_calc_ctrl_check_err

union	hash_calc_ctrl_check_err_status

union	in_sym_out_ctrl

union	in_sym_chn_key_ctrl

union	in_sym_chn_ctrl

union	in_sym_chn0_ctrl

union	in_sym_chn0_special_ctrl

union	in_sym_chn0_iv_data_ctrl

union	out_sym_chan_raw_int

union	out_sym_chn_node_wr_point

union	in_sym_chn_node_wr_point

union	out_sym_chn_node_rd_point

union	in_sym_chn_node_rd_point

union	in_sym_chn_node_length

union	out_sym_chn_node_length

union	dbg_in_sym_chn_rd_addr_h

union	dbg_out_sym_chn_rd_addr_h

union	sym_calc_ctrl_check_err

union	sym_calc_ctrl_check_err_status

union	in_sym_chn_node_ctrl

union	out_sym_chn_node_ctrl

union	spacc_sym_chn_clear_req

union	spacc_int_raw_sym_clear_finish

union	sym_chann_raw_int

union	sym_chann_raw_int_en

union	sym_chann_int

union	sym_chan0_finish_raw_int

union	sym_chan0_finish_raw_int_en

union	sym_chan0_finish_int

union	sym_chann_error_raw_int

union	sym_chann_error_raw_int_en

union	symc_chann_dfa_en

union	sym_chann_error_int

union	spacc_sec_dfa_en

union	spacc_ie

宏定义
#define	SPACC_CALC_CRG_CFG (0x8030)

#define	SPACC_IE (0x00000004)

#define	CHN_WHO_USED_CLR(used, chn) (used) &= ~(0x0fU << ((chn) * 4U))

#define	CHN_WHO_USED_SET(used, chn, who) (used) \|= (td_u32)(who) << ((td_u32)(chn) * 4U)

#define	CHN_WHO_USED_GET(used, chn) ((((used) >> ((chn) * 4U))) & 0x0fU)

#define	SPACC_HASH_CHN_LOCK 0x0040

#define	SPACC_HASH_CHN_CLEAR_REQ 0x0068

#define	SPACC_INT_RAW_HASH_CLEAR_FINISH 0x0014

#define	CHANN_HASH_STATE_VAL_ADDR(id) (0xa004 + (id) * 0x80)

#define	CHANN_HASH_STATE_VAL(id) (0xa000 + (id) * 0x80)

#define	IN_HASH_CHN_CTRL(id) (0x5100 + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_KEY_CTRL(id) (0x5110 + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_NODE_START_ADDR_H(id) (0x5120 + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_NODE_START_ADDR_L(id) (0x5124 + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_NODE_LENGTH(id) (0x512c + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_NODE_WR_POINT(id) (0x5130 + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_NODE_RD_POINT(id) (0x5134 + ((id) - 1) * 0x100)

#define	IN_HASH_CHN_DATA_LEN(id) (0x51C0 + ((id) - 1) * 0x100)

#define	HASH_CHANN_RAW_INT 0x8600

#define	HASH_CHANN_RAW_INT_EN 0x8604

#define	TEE_HASH_CALC_CTRL_CHECK_ERR 0x8068

#define	TEE_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x806c

#define	REE_HASH_CALC_CTRL_CHECK_ERR 0x8078

#define	REE_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x807c

#define	PCPU_HASH_CALC_CTRL_CHECK_ERR 0x8088

#define	PCPU_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x808c

#define	AIDSP_HASH_CALC_CTRL_CHECK_ERR 0x8098

#define	AIDSP_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x809c

#define	ENCRYPT 0x5A

#define	DECRYPT 0xA5

#define	SPACC_SYM_CHN_LOCK 0x0020

#define	SPACC_INT_RAW_SYM_CLEAR_FINISH 0x0008

#define	SPACC_EN_INT_RAW_SYM_CLEAR_FINISH 0x000c

#define	SPACC_SYM_CHN_CLEAR_REQ 0x0060

#define	SPACC_BUS_ERR 0x0200

#define	IN_SYM_CHN_CTRL(id) (0x4100 + ((id) - 1) * 0x100)

#define	IN_SYM_OUT_CTRL(id) (0x4104 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_KEY_CTRL(id) (0x4110 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_NODE_START_ADDR_H(id) (0x4120 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_NODE_START_ADDR_L(id) (0x4124 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_NODE_LENGTH(id) (0x412c + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_NODE_WR_POINT(id) (0x4130 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_NODE_RD_POINT(id) (0x4134 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN_NODE_CTRL(id) (0x4140 + ((id) - 1) * 0x100)

#define	DBG_IN_SYM_CHN_RD_ADDR_H(id) (0x41a0 + ((id) - 1) * 0x100)

#define	DBG_IN_SYM_CHN_RD_ADDR_L(id) (0x41a4 + ((id) - 1) * 0x100)

#define	DBG_IN_SYM_CHN_DATA_LEN(id) (0x41c0 + ((id) - 1) * 0x100)

#define	TEE_SYM_CALC_CTRL_CHECK_ERR 0x8060

#define	TEE_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8064

#define	REE_SYM_CALC_CTRL_CHECK_ERR 0x8070

#define	REE_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8074

#define	PCPU_SYM_CALC_CTRL_CHECK_ERR 0x8080

#define	PCPU_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8084

#define	AIDSP_SYM_CALC_CTRL_CHECK_ERR 0x8090

#define	AIDSP_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8094

#define	SYM_CHANN_RAW_INT 0x8610

#define	SYM_CHANN_RAW_INT_EN 0x8614

#define	SYM_CHANN_INT 0x8618

#define	CHANN_CIPHER_IVOUT(id) (0x9000 + (id) * 0x80)

#define	CHANN_CIPHER_DFA_EN(id) (0x9020 + (id) * 0x80)

#define	OUT_SYM_CHAN_RAW_LAST_NODE_INT 0xc000

#define	OUT_SYM_CHAN_RAW_LAST_NODE_INT_EN 0xc004

#define	OUT_SYM_CHAN_LAST_NODE_INT 0xc008

#define	OUT_SYM_CHAN_RAW_LEVEL_INT 0xc010

#define	OUT_SYM_CHAN_RAW_LEVEL_INT_EN 0xc014

#define	OUT_SYM_CHAN_LEVEL_INT 0xc018

#define	OUT_SYM_CHN_STATUS(id) (0xD004 + ((id) - 1) * 0x100)

#define	OUT_SYM_CHN_NODE_START_ADDR_H(id) (0xD020 + ((id) - 1) * 0x100)

#define	OUT_SYM_CHN_NODE_START_ADDR_L(id) (0xD024 + ((id) - 1) * 0x100)

#define	OUT_SYM_CHN_NODE_LENGTH(id) (0xD028 + ((id) - 1) * 0x100)

#define	OUT_SYM_CHN_NODE_WR_POINT(id) (0xD030 + ((id) - 1) * 0x100)

#define	OUT_SYM_CHN_NODE_RD_POINT(id) (0xD034 + ((id) - 1) * 0x100)

#define	OUT_SYM_CHN_NODE_CTRL(id) (0xD040 + ((id) - 1) * 0x100)

#define	DBG_OUT_SYM_CHN_RD_ADDR_H(id) (0xD0a0 + ((id) - 1) * 0x100)

#define	DBG_OUT_SYM_CHN_RD_ADDR_L(id) (0xD0a4 + ((id) - 1) * 0x100)

#define	DBG_OUT_SYM_CHN_NODE_LEFT_BUF_LEN(id) (0xD0a8 + ((id) - 1) * 0x100)

#define	IN_SYM_CHN0_CTRL 0x4000

#define	IN_SYM_CHN0_SPECIAL_CTRL 0x4004

#define	IN_SYM_CHN0_KEY_CTRL 0x4010

#define	IN_SYM_CHN0_IV_DATA_CTRL 0x4030

#define	IN_SYM_CHN0_IV0 0x4040

#define	IN_SYM_CHN0_IV1 0x4044

#define	IN_SYM_CHN0_IV2 0x4048

#define	IN_SYM_CHN0_IV3 0x404C

#define	IN_SYM_CHN0_DATA0 0x4050

#define	IN_SYM_CHN0_DATA1 0x4054

#define	IN_SYM_CHN0_DATA2 0x4058

#define	IN_SYM_CHN0_DATA3 0x405C

#define	CHAN0_CIPHER_DOUT0 0x8100

#define	SYMC_KEY_SIZE (32)

#define	NODE_DEPTH (2)

#define	SYMC_CFG_SECURE (0x05)

#define	SYMC_CFG_NON_SECURE (0x0A)

#define	ALG_DMA_REG (0)

#define	ALG_AES_REG (2)

#define	ALG_LEA_REG (4)

#define	ALG_SM4_REG (5)

#define	ALG_GHASH_REG (6)

#define	ALG_TDES_REG (7)

#define	MODE_ECB_REG (0x01)

#define	MODE_CBC_REG (0x03)

#define	MODE_CTR_REG (0x06)

#define	MODE_OFB_REG (0x07)

#define	MODE_CFB_REG (0x08)

#define	MODE_CCM_REG (0x09)

#define	MODE_GCM_REG (0x0A)

#define	MODE_GCTR_REG (0x0B)

#define	MODE_CMAC_REG (0x0C)

#define	MODE_CBC_NOOUT_REG (0x0D)

#define	MODE_GCTR_NOOUT_REG (0x0E)

#define	BIT_WIDTH_1_REG (2)

#define	BIT_WIDTH_8_REG (1)

#define	BIT_WIDTH_64_REG (3)

#define	BIT_WIDTH_128_REG (3)

#define	SYMC_IV_STATE_START (0)

#define	SYMC_IV_STATE_UPDATE (1)

#define	SYMC_IV_STATE_FINISH (2)

枚举
enum	spacc_cpu_mask { SPACC_CPU_IDLE = 0x00000000 , SPACC_CPU_REE = 0x00000001 , SPACC_CPU_TEE = 0x00000002 , SPACC_CPU_PCPU = 0x00000004 , SPACC_CPU_AIDSP = 0x00000005 , SPACC_CPU_INVALID = 0xffffffff }

宏定义说明

◆ AIDSP_HASH_CALC_CTRL_CHECK_ERR

#define AIDSP_HASH_CALC_CTRL_CHECK_ERR 0x8098

◆ AIDSP_HASH_CALC_CTRL_CHECK_ERR_STATUS

#define AIDSP_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x809c

◆ AIDSP_SYM_CALC_CTRL_CHECK_ERR

#define AIDSP_SYM_CALC_CTRL_CHECK_ERR 0x8090

◆ AIDSP_SYM_CALC_CTRL_CHECK_ERR_STATUS

#define AIDSP_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8094

◆ ALG_AES_REG

#define ALG_AES_REG (2)

◆ ALG_DMA_REG

#define ALG_DMA_REG (0)

◆ ALG_GHASH_REG

#define ALG_GHASH_REG (6)

◆ ALG_LEA_REG

#define ALG_LEA_REG (4)

◆ ALG_SM4_REG

#define ALG_SM4_REG (5)

◆ ALG_TDES_REG

#define ALG_TDES_REG (7)

◆ BIT_WIDTH_128_REG

#define BIT_WIDTH_128_REG (3)

◆ BIT_WIDTH_1_REG

#define BIT_WIDTH_1_REG (2)

◆ BIT_WIDTH_64_REG

#define BIT_WIDTH_64_REG (3)

◆ BIT_WIDTH_8_REG

#define BIT_WIDTH_8_REG (1)

◆ CHAN0_CIPHER_DOUT0

#define CHAN0_CIPHER_DOUT0 0x8100

◆ CHANN_CIPHER_DFA_EN

#define CHANN_CIPHER_DFA_EN ( id ) (0x9020 + (id) * 0x80)

◆ CHANN_CIPHER_IVOUT

#define CHANN_CIPHER_IVOUT ( id ) (0x9000 + (id) * 0x80)

◆ CHANN_HASH_STATE_VAL

#define CHANN_HASH_STATE_VAL ( id ) (0xa000 + (id) * 0x80)

◆ CHANN_HASH_STATE_VAL_ADDR

#define CHANN_HASH_STATE_VAL_ADDR ( id ) (0xa004 + (id) * 0x80)

◆ CHN_WHO_USED_CLR

#define CHN_WHO_USED_CLR	(	used,
		chn
	)	(used) &= ~(0x0fU << ((chn) * 4U))

◆ CHN_WHO_USED_GET

#define CHN_WHO_USED_GET	(	used,
		chn
	)	((((used) >> ((chn) * 4U))) & 0x0fU)

◆ CHN_WHO_USED_SET

#define CHN_WHO_USED_SET	(	used,
		chn,
		who
	)	(used) \|= (td_u32)(who) << ((td_u32)(chn) * 4U)

◆ DBG_IN_SYM_CHN_DATA_LEN

#define DBG_IN_SYM_CHN_DATA_LEN ( id ) (0x41c0 + ((id) - 1) * 0x100)

◆ DBG_IN_SYM_CHN_RD_ADDR_H

#define DBG_IN_SYM_CHN_RD_ADDR_H ( id ) (0x41a0 + ((id) - 1) * 0x100)

◆ DBG_IN_SYM_CHN_RD_ADDR_L

#define DBG_IN_SYM_CHN_RD_ADDR_L ( id ) (0x41a4 + ((id) - 1) * 0x100)

◆ DBG_OUT_SYM_CHN_NODE_LEFT_BUF_LEN

#define DBG_OUT_SYM_CHN_NODE_LEFT_BUF_LEN ( id ) (0xD0a8 + ((id) - 1) * 0x100)

◆ DBG_OUT_SYM_CHN_RD_ADDR_H

#define DBG_OUT_SYM_CHN_RD_ADDR_H ( id ) (0xD0a0 + ((id) - 1) * 0x100)

◆ DBG_OUT_SYM_CHN_RD_ADDR_L

#define DBG_OUT_SYM_CHN_RD_ADDR_L ( id ) (0xD0a4 + ((id) - 1) * 0x100)

◆ DECRYPT

#define DECRYPT 0xA5

◆ ENCRYPT

#define ENCRYPT 0x5A

◆ HASH_CHANN_RAW_INT

#define HASH_CHANN_RAW_INT 0x8600

◆ HASH_CHANN_RAW_INT_EN

#define HASH_CHANN_RAW_INT_EN 0x8604

◆ IN_HASH_CHN_CTRL

#define IN_HASH_CHN_CTRL ( id ) (0x5100 + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_DATA_LEN

#define IN_HASH_CHN_DATA_LEN ( id ) (0x51C0 + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_KEY_CTRL

#define IN_HASH_CHN_KEY_CTRL ( id ) (0x5110 + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_NODE_LENGTH

#define IN_HASH_CHN_NODE_LENGTH ( id ) (0x512c + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_NODE_RD_POINT

#define IN_HASH_CHN_NODE_RD_POINT ( id ) (0x5134 + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_NODE_START_ADDR_H

#define IN_HASH_CHN_NODE_START_ADDR_H ( id ) (0x5120 + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_NODE_START_ADDR_L

#define IN_HASH_CHN_NODE_START_ADDR_L ( id ) (0x5124 + ((id) - 1) * 0x100)

◆ IN_HASH_CHN_NODE_WR_POINT

#define IN_HASH_CHN_NODE_WR_POINT ( id ) (0x5130 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN0_CTRL

#define IN_SYM_CHN0_CTRL 0x4000

◆ IN_SYM_CHN0_DATA0

#define IN_SYM_CHN0_DATA0 0x4050

◆ IN_SYM_CHN0_DATA1

#define IN_SYM_CHN0_DATA1 0x4054

◆ IN_SYM_CHN0_DATA2

#define IN_SYM_CHN0_DATA2 0x4058

◆ IN_SYM_CHN0_DATA3

#define IN_SYM_CHN0_DATA3 0x405C

◆ IN_SYM_CHN0_IV0

#define IN_SYM_CHN0_IV0 0x4040

◆ IN_SYM_CHN0_IV1

#define IN_SYM_CHN0_IV1 0x4044

◆ IN_SYM_CHN0_IV2

#define IN_SYM_CHN0_IV2 0x4048

◆ IN_SYM_CHN0_IV3

#define IN_SYM_CHN0_IV3 0x404C

◆ IN_SYM_CHN0_IV_DATA_CTRL

#define IN_SYM_CHN0_IV_DATA_CTRL 0x4030

◆ IN_SYM_CHN0_KEY_CTRL

#define IN_SYM_CHN0_KEY_CTRL 0x4010

◆ IN_SYM_CHN0_SPECIAL_CTRL

#define IN_SYM_CHN0_SPECIAL_CTRL 0x4004

◆ IN_SYM_CHN_CTRL

#define IN_SYM_CHN_CTRL ( id ) (0x4100 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_KEY_CTRL

#define IN_SYM_CHN_KEY_CTRL ( id ) (0x4110 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_NODE_CTRL

#define IN_SYM_CHN_NODE_CTRL ( id ) (0x4140 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_NODE_LENGTH

#define IN_SYM_CHN_NODE_LENGTH ( id ) (0x412c + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_NODE_RD_POINT

#define IN_SYM_CHN_NODE_RD_POINT ( id ) (0x4134 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_NODE_START_ADDR_H

#define IN_SYM_CHN_NODE_START_ADDR_H ( id ) (0x4120 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_NODE_START_ADDR_L

#define IN_SYM_CHN_NODE_START_ADDR_L ( id ) (0x4124 + ((id) - 1) * 0x100)

◆ IN_SYM_CHN_NODE_WR_POINT

#define IN_SYM_CHN_NODE_WR_POINT ( id ) (0x4130 + ((id) - 1) * 0x100)

◆ IN_SYM_OUT_CTRL

#define IN_SYM_OUT_CTRL ( id ) (0x4104 + ((id) - 1) * 0x100)

◆ MODE_CBC_NOOUT_REG

#define MODE_CBC_NOOUT_REG (0x0D)

◆ MODE_CBC_REG

#define MODE_CBC_REG (0x03)

◆ MODE_CCM_REG

#define MODE_CCM_REG (0x09)

◆ MODE_CFB_REG

#define MODE_CFB_REG (0x08)

◆ MODE_CMAC_REG

#define MODE_CMAC_REG (0x0C)

◆ MODE_CTR_REG

#define MODE_CTR_REG (0x06)

◆ MODE_ECB_REG

#define MODE_ECB_REG (0x01)

◆ MODE_GCM_REG

#define MODE_GCM_REG (0x0A)

◆ MODE_GCTR_NOOUT_REG

#define MODE_GCTR_NOOUT_REG (0x0E)

◆ MODE_GCTR_REG

#define MODE_GCTR_REG (0x0B)

◆ MODE_OFB_REG

#define MODE_OFB_REG (0x07)

◆ NODE_DEPTH

#define NODE_DEPTH (2)

◆ OUT_SYM_CHAN_LAST_NODE_INT

#define OUT_SYM_CHAN_LAST_NODE_INT 0xc008

◆ OUT_SYM_CHAN_LEVEL_INT

#define OUT_SYM_CHAN_LEVEL_INT 0xc018

◆ OUT_SYM_CHAN_RAW_LAST_NODE_INT

#define OUT_SYM_CHAN_RAW_LAST_NODE_INT 0xc000

◆ OUT_SYM_CHAN_RAW_LAST_NODE_INT_EN

#define OUT_SYM_CHAN_RAW_LAST_NODE_INT_EN 0xc004

◆ OUT_SYM_CHAN_RAW_LEVEL_INT

#define OUT_SYM_CHAN_RAW_LEVEL_INT 0xc010

◆ OUT_SYM_CHAN_RAW_LEVEL_INT_EN

#define OUT_SYM_CHAN_RAW_LEVEL_INT_EN 0xc014

◆ OUT_SYM_CHN_NODE_CTRL

#define OUT_SYM_CHN_NODE_CTRL ( id ) (0xD040 + ((id) - 1) * 0x100)

◆ OUT_SYM_CHN_NODE_LENGTH

#define OUT_SYM_CHN_NODE_LENGTH ( id ) (0xD028 + ((id) - 1) * 0x100)

◆ OUT_SYM_CHN_NODE_RD_POINT

#define OUT_SYM_CHN_NODE_RD_POINT ( id ) (0xD034 + ((id) - 1) * 0x100)

◆ OUT_SYM_CHN_NODE_START_ADDR_H

#define OUT_SYM_CHN_NODE_START_ADDR_H ( id ) (0xD020 + ((id) - 1) * 0x100)

◆ OUT_SYM_CHN_NODE_START_ADDR_L

#define OUT_SYM_CHN_NODE_START_ADDR_L ( id ) (0xD024 + ((id) - 1) * 0x100)

◆ OUT_SYM_CHN_NODE_WR_POINT

#define OUT_SYM_CHN_NODE_WR_POINT ( id ) (0xD030 + ((id) - 1) * 0x100)

◆ OUT_SYM_CHN_STATUS

#define OUT_SYM_CHN_STATUS ( id ) (0xD004 + ((id) - 1) * 0x100)

◆ PCPU_HASH_CALC_CTRL_CHECK_ERR

#define PCPU_HASH_CALC_CTRL_CHECK_ERR 0x8088

◆ PCPU_HASH_CALC_CTRL_CHECK_ERR_STATUS

#define PCPU_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x808c

◆ PCPU_SYM_CALC_CTRL_CHECK_ERR

#define PCPU_SYM_CALC_CTRL_CHECK_ERR 0x8080

◆ PCPU_SYM_CALC_CTRL_CHECK_ERR_STATUS

#define PCPU_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8084

◆ REE_HASH_CALC_CTRL_CHECK_ERR

#define REE_HASH_CALC_CTRL_CHECK_ERR 0x8078

◆ REE_HASH_CALC_CTRL_CHECK_ERR_STATUS

#define REE_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x807c

◆ REE_SYM_CALC_CTRL_CHECK_ERR

#define REE_SYM_CALC_CTRL_CHECK_ERR 0x8070

◆ REE_SYM_CALC_CTRL_CHECK_ERR_STATUS

#define REE_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8074

◆ SPACC_BUS_ERR

#define SPACC_BUS_ERR 0x0200

◆ SPACC_CALC_CRG_CFG

#define SPACC_CALC_CRG_CFG (0x8030)

◆ SPACC_EN_INT_RAW_SYM_CLEAR_FINISH

#define SPACC_EN_INT_RAW_SYM_CLEAR_FINISH 0x000c

◆ SPACC_HASH_CHN_CLEAR_REQ

#define SPACC_HASH_CHN_CLEAR_REQ 0x0068

◆ SPACC_HASH_CHN_LOCK

#define SPACC_HASH_CHN_LOCK 0x0040

\Define the offset of HASH reg

◆ SPACC_IE

#define SPACC_IE (0x00000004)

◆ SPACC_INT_RAW_HASH_CLEAR_FINISH

#define SPACC_INT_RAW_HASH_CLEAR_FINISH 0x0014

◆ SPACC_INT_RAW_SYM_CLEAR_FINISH

#define SPACC_INT_RAW_SYM_CLEAR_FINISH 0x0008

◆ SPACC_SYM_CHN_CLEAR_REQ

#define SPACC_SYM_CHN_CLEAR_REQ 0x0060

◆ SPACC_SYM_CHN_LOCK

#define SPACC_SYM_CHN_LOCK 0x0020

◆ SYM_CHANN_INT

#define SYM_CHANN_INT 0x8618

◆ SYM_CHANN_RAW_INT

#define SYM_CHANN_RAW_INT 0x8610

◆ SYM_CHANN_RAW_INT_EN

#define SYM_CHANN_RAW_INT_EN 0x8614

◆ SYMC_CFG_NON_SECURE

#define SYMC_CFG_NON_SECURE (0x0A)

◆ SYMC_CFG_SECURE

#define SYMC_CFG_SECURE (0x05)

◆ SYMC_IV_STATE_FINISH

#define SYMC_IV_STATE_FINISH (2)

◆ SYMC_IV_STATE_START

#define SYMC_IV_STATE_START (0)

◆ SYMC_IV_STATE_UPDATE

#define SYMC_IV_STATE_UPDATE (1)

◆ SYMC_KEY_SIZE

#define SYMC_KEY_SIZE (32)

◆ TEE_HASH_CALC_CTRL_CHECK_ERR

#define TEE_HASH_CALC_CTRL_CHECK_ERR 0x8068

◆ TEE_HASH_CALC_CTRL_CHECK_ERR_STATUS

#define TEE_HASH_CALC_CTRL_CHECK_ERR_STATUS 0x806c

◆ TEE_SYM_CALC_CTRL_CHECK_ERR

#define TEE_SYM_CALC_CTRL_CHECK_ERR 0x8060

◆ TEE_SYM_CALC_CTRL_CHECK_ERR_STATUS

#define TEE_SYM_CALC_CTRL_CHECK_ERR_STATUS 0x8064

枚举类型说明

◆ spacc_cpu_mask

enum spacc_cpu_mask

Description: hal spacc register header.
History:
2023-03-22, Create file.

枚举值
SPACC_CPU_IDLE
SPACC_CPU_REE
SPACC_CPU_TEE
SPACC_CPU_PCPU
SPACC_CPU_AIDSP
SPACC_CPU_INVALID

结构体

宏定义

枚举