数据安全密码常量定义、椭圆曲线、杂凑、对称密码算法优化实现技术、基础组件、组件装配示例

T/SDASTCxxx-xxxx 13 附录A （资料性） 常量定义 #define _SMX_UNIT_PACNT 4 #define _b_INX_SMX_UNITBASE_0 #define _b_INX_SMX_ECC1 #define _b_INX_SMX_HASH2 #define _b_INX_SMX_BLOCK3 #define _b_SMX_UNITBASE_SM2_BN 1 #define _b_SMX_UNITBASE_SM2_KG 2 #define _b_SMX_UNITBASE_SM2_LQ 4 #define _b_SMX_UNITBASE_SM2_KGLQ 8 #define _b_SMX_UNITBASE_SM2_KPLQ 16 #define_b_SMX_COMBINE0 x0llu #define _b_SMX_UNITBASE_RND0 x080000000llu #define _b_SMX_UNITBASE_SM3_HASH_0 x100000000llu #define _b_SMX_UNITBASE_SM3_HMAC_0 x200000000llu #define _b_ENCODER_ 0 x020000000llu #define _b_COMPRESS_ 0 x040000000llu #define _b_SMX_COMBINE_COMP_ 0 x1000000000000000llu #define _b_SM3_STD_0 x0000 #define _b_SM3_AVX_0 x0001 #define_b_SMX_UNITBASE_SM4_MASK0 xFFF0000000000llu #define _b_SMX_UNITBASE_SM4_ECB_0 x10000000000llu #define _b_SMX_UNITBASE_SM4_CBC_0 x20000000000llu #define _b_SMX_UNITBASE_SM4_CTR_0 x40000000000llu //#define _b_SMX_UNITBASE_SM4_GCM_0 x80000000000llu #define _b_SMX_UNITBASE_SM4_CFB128_0 x100000000000llu #define _b_SMX_UNITBASE_SM4_CFB64_0 x200000000000llu #define _b_SMX_UNITBASE_SM4_CFB8_0 x400000000000llu #define _b_SMX_UNITBASE_SM4_CFB1_0 x800000000000llu #define _b_SMX_UNITBASE_SM4_OFB_0 x1000000000000llu #define _b_SMX_UNITBASE_SM4_WHITEBOX__0 x2000000000000llu #define _b_SM4_IMPMASK 0 x0FFF #define _b_SM4_STD_0 x0000 #define _b_SM4_TBOX_0 x0001 #define _b_SM4_AES_0 x0002 #define _b_SM4_ENCMASK0 xF000 #define _b_SM4_ENC_0 x0000 #define _b_SM4_DEC_0 x1000 #define _b_SM2_BE_MM_0 x8000 #define _b_SM2_BS_MASK0 x00FF #define _b_SM2_BN_ADD_0 x0001 #define _b_SM2_BN_SUB_0 x0002 #define _b_SM2_BN_DIV2_0 x0003 #define _b_SM2_BN_MUL_0 x0004 #define _b_SM2_BN_SQR_0 x0005 #define _b_SM2_BN_INV_0 x0006 #define _b_SM2_BS_PN0 x0F00 #define _b_SM2_BN_MODP_0 x0100 #define _b_SM2_BN_MODN_0 x0200 #define_b_SM2_ECC_ADD_0 x0010 #define_b_SM2_ECC_SUB_0 x0020 #define_b_SM2_ECC_GADD_0 x0030 T/SDASTCxxx-xxxx 14 #define_b_SM2_ECC_GSUB_0 x0040 #define_b_SM2_ECC_DOUBLE_0 x0050 #define_b_SM2_ECC_TRIPLE_0 x0060 #define_b_SM2_ECC_2PplusQ_0 x0070 #define_b_SM2_ECC_2PminusQ_0 x0080 #define_b_SM2_BE_INV_SafeGCD (((u64i)_b_SM2_INV_SafeGCD ) (_SM2_BNBASE+12) ) #define_b_SM2_BE_INV_FLT (((u64i)_b_SM2_INV_FLT ) (_SM2_BNBASE+12) ) #define_b_SM2_BE_INV_MMINV (((u64i)_b_SM2_INV_MMINV ) (_SM2_BNBASE+12) ) #define_b_SM2_BE_INV_EEA (((u64i)_b_SM2_INV_EEA ) (_SM2_BNBASE+12) ) #define _b_SM2_KG_OUT_XYZ_0 x80000000 #define _b_SM2_LQ_OUT_XYZ_0 x800000000000 #define _b_SM2_KGLQ_OUT_XYZ_0 x8000000000000000 #defineb_SM2_KG_INVMASK0 x70000000 #define _b_SM2_LQ_INVMASK_0 x700000000000 #define _b_SM2_KGLQ_INVMASK_0 x7000000000000000 #define _b_SM2_KG_IMPL_0 x00FF0000 #define _b_SM2_LQ_IMPL_0 x00FF00000000 #define _b_SM2_KGLQ_IMPL_0 x00FF000000000000 #define _SM2_BNBASE 0 #define _Sm2_ECCbASE 8 #define _SM2_KGBASE 16 #define _SM2_LQBASE 32 #define _SM2_KGLQBASE 48 #define _b_SM2_INV_MASK0 x000F #define _b_SM2_INV_SafeGCD0 x0000 #define _b_SM2_INV_FLT0 x0001 #define _b_SM2_INV_MMINV0 x0002 #define _b_SM2_INV_EEA0 x0003 #define _b_SM2_KG_MTDMASK(((u64i)0 x000F ) _SM2_KGBASE ) #define