github/hashcat
1
Fork 0
mirror of https://github.com/hashcat/hashcat synced 2024-11-02 20:39:22 +01:00
Code Releases Activity

SIMD: add VECTOR_ELEMENT macro

Browse Source 
Useful in cirumstances where you want to work with individual elements
of a vector, typically after you've done some vector-compatible operations
(mass-hashing, for example) but now need to do some non-vector-friendly
work (like executing most decryption algorithms).
This commit is contained in:
Matt Palmer 2020-05-19 14:32:01 +10:00
parent 1dc3469f6e
commit 86906e28b7
1 changed files with 44 additions and 0 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

44
OpenCL/inc_simd.h
View File

@ -1133,6 +1133,50 @@
#define unpackv_xor(arr,var,gid,idx,val) (arr)[((gid) * 16) + 0].var[(idx)] ^= val.s0; (arr)[((gid) * 16) + 1].var[(idx)] ^= val.s1; (arr)[((gid) * 16) + 2].var[(idx)] ^= val.s2; (arr)[((gid) * 16) + 3].var[(idx)] ^= val.s3; (arr)[((gid) * 16) + 4].var[(idx)] ^= val.s4; (arr)[((gid) * 16) + 5].var[(idx)] ^= val.s5; (arr)[((gid) * 16) + 6].var[(idx)] ^= val.s6; (arr)[((gid) * 16) + 7].var[(idx)] ^= val.s7; (arr)[((gid) * 16) + 8].var[(idx)] ^= val.s8; (arr)[((gid) * 16) + 9].var[(idx)] ^= val.s9; (arr)[((gid) * 16) + 10].var[(idx)] ^= val.sa; (arr)[((gid) * 16) + 11].var[(idx)] ^= val.sb; (arr)[((gid) * 16) + 12].var[(idx)] ^= val.sc; (arr)[((gid) * 16) + 13].var[(idx)] ^= val.sd; (arr)[((gid) * 16) + 14].var[(idx)] ^= val.se; (arr)[((gid) * 16) + 15].var[(idx)] ^= val.sf;
#endif
#if VECT_SIZE == 1
#define VECTOR_ELEMENT(v, n) (v)
#elif VECT_SIZE == 2
#define VECTOR_ELEMENT(v, n) (n == 0 ? (v).s0 : (v).s1)
#elif VECT_SIZE == 4
#define VECTOR_ELEMENT(v, n) \
(n < 2 ? \
(n == 0 ? (v).s0 : (v).s1) : \
(n == 2 ? (v).s2 : (v).s3) \
)
#elif VECT_SIZE == 8
#define VECTOR_ELEMENT(v, n) \
(n < 4 ? \
(n < 2 ? \
(n == 0 ? (v).s0 : (v).s1) : \
(n == 2 ? (v).s2 : (v).s3) \
) : (n < 6 ? \
(n == 4 ? (v).s4 : (v).s5) : \
(n == 6 ? (v).s6 : (v).s7) \
) \
)
#elif VECT_SIZE == 16
#define VECTOR_ELEMENT(v, n) \
(n < 8 ? \
(n < 4 ? \
(n < 2 ? \
(n == 0 ? (v).s0 : (v).s1) : \
(n == 2 ? (v).s2 : (v).s3) \
) : (n < 6 ? \
(n == 4 ? (v).s4 : (v).s5) : \
(n == 6 ? (v).s6 : (v).s7) \
) \
) : (n < 12 ? \
(n < 10 ? \
(n == 8 ? (v).s8 : (v).s9) : \
(n == 10 ? (v).sa : (v).sb) \
) : (n < 14 ? \
(n == 12 ? (v).sc : (v).sd) : \
(n == 14 ? (v).se : (v).sf) \
) \
) \
)
#endif
DECLSPEC u32x ix_create_bft (CONSTANT_AS const bf_t *arr, const u32 il_pos);
DECLSPEC u32x pwlenx_create_combt (GLOBAL_AS const pw_t *arr, const u32 il_pos);
DECLSPEC u32x ix_create_combt (GLOBAL_AS const pw_t *arr, const u32 il_pos, const int idx);