crypto_drv_common.h

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#ifndef CRYPTO_DRV_COMMON_H
#define CRYPTO_DRV_COMMON_H
 
#include "crypto_type.h"
#include "drv_common.h"
#include "crypto_osal_adapt.h"
#include "crypto_pke_struct.h"
#include "crypto_hash_struct.h"
#include "crypto_symc_struct.h"
 
#ifdef __cplusplus
#if __cplusplus
extern "C" {
#endif /* __cplusplus */
#endif /* __cplusplus */
 
td_void *crypto_malloc_coherent(td_u32 size);
 
td_void *crypto_malloc_mmz(td_u32 size);
 
td_void crypto_free_coherent(td_void *ptr);
 
td_phys_addr_t crypto_get_phys_addr(td_void *ptr);
 
td_bool crypto_smmu_support(td_void);
 
td_void crypto_get_smmu_table_addr(unsigned long *table, unsigned long *rdaddr, unsigned long *wraddr);
 
crypto_cpu_type crypto_get_cpu_type(td_void);
 
td_u32 crypto_get_pke_rom_lib_start_addr(td_void);
 
void crypto_cache_flush(uintptr_t base_addr, td_u32 size);
 
void crypto_cache_inv(uintptr_t base_addr, td_u32 size);
 
void crypto_cache_all(void);
 
td_bool crypto_ecc_support(drv_pke_ecc_curve_type curve_type);
 
td_bool crypto_rsa_support(td_u32 klen, drv_pke_rsa_scheme scheme);
 
td_bool crypto_hash_support(crypto_hash_type hash_type);
 
td_bool crypto_symc_support(crypto_symc_alg alg, crypto_symc_work_mode mode, crypto_symc_key_length key_len,
    crypto_symc_bit_width bit_width);
 
td_s32 crypto_get_multi_random(td_u32 size, td_u8 *randnum);
 
typedef enum {
    CRYPTO_SM_ALG_SM2,
    CRYPTO_SM_ALG_SM3,
    CRYPTO_SM_ALG_SM4
} crypto_sm_alg;
 
td_bool crypto_sm_support(crypto_sm_alg alg);
 
typedef enum {
    TIMER_ID_0  = 0,
    TIMER_ID_1,
    TIMER_ID_2,
    TIMER_ID_3,
    TIMER_ID_4,
    TIMER_ID_5,
    TIMER_ID_6,
    TIMER_ID_7,
    TIMER_ID_8,
    TIMER_ID_9,
} crypto_timer_id;
#if defined(CONFIG_CRYPTO_PERF_STATISTICS)
td_void crypto_timer_start(td_u32 timer_id, const td_char *name);
 
td_u64 crypto_timer_end(td_u32 timer_id, const td_char *item_name);
 
td_void crypto_timer_print(td_u32 timer_id);
 
td_void crypto_timer_print_all(td_void);
#else
#define crypto_timer_start(...)
#define crypto_timer_end(...)
#define crypto_timer_print(...)
#define crypto_timer_print_all(...)
#endif
 
typedef struct {
    td_u32 index;
    td_u32 value;
} crypto_table_item;
 
td_s32 crypto_get_value_by_index(const crypto_table_item *table, td_u32 table_size,
    td_u32 index, td_u32 *value);
td_s32 crypto_get_index_by_value(const crypto_table_item *table, td_u32 table_size,
    td_u32 value, td_u32 *index);
 
td_s32  crypto_virt_xor_phys_copy_to_phys(td_phys_addr_t dst_phys_addr, const td_u8 *a_virt_addr,
    td_phys_addr_t b_phys_addr, td_u32 length);
 
td_s32 crypto_virt_copy_to_phys(td_phys_addr_t dst_phys_addr, const td_u8 *src_virt_addr, td_u32 length);
 
td_s32 crypto_phys_copy_to_virt(td_u8 *dst_virt_addr, td_phys_addr_t src_phys_addr, td_u32 length);
 
/*
 * This two functions are used for media.
 */
td_s32 crypto_create_keyslot_handle(td_handle *keyslot_handle);
 
td_s32 crypto_destroy_keyslot_handle(td_handle keyslot_handle);
 
/* wait function mode control. */
td_void crypto_wait_func_config(td_bool is_enable);
 
td_bool crypto_wait_func_is_support(void);
 
#ifdef __cplusplus
#if __cplusplus
}
#endif /* __cplusplus */
#endif /* __cplusplus */
 
#endif