Searched refs:W4 (Results 1 - 1 of 1) sorted by relevance

/darwin-on-arm/xnu/libkern/crypto/intel/
H A Dsha1edp.s64 Let W0 = {W[i] W[i+1] W[i+2] W[i+3]} be the current W-vector to be computed, W4 = {W[i-4] W[i-3] W[i-2] W[i-1]} be the previous vector, and so on
67 1. W0 = rotate_left(left_shift(W4,32) ^ W8 ^ left_shift(concatenate(W16,W12),64) ^ W16,1);
73 1. W0 = rotate_left(left_shift(concatenate(W8,W4),64) ^ W16 ^ W28 ^ W32, 2);
76 1. In total, we need 8 16-byte registers or memory for W0,W4,...,W28. W0 and W32 can be the same register or memory.
121 // symbolizing registers or stack memory with algorithmic variables W0,W4,...,W28 + W_TMP, W_TMP2, and XMM_SHUFB_BSWAP for code with ssse3 support
126 #define W4 %xmm3 define
213 .macro W_PRECALC_00_15_1_ssse3 // input argument $0 : current 16-bytes in the circular buffer, one of W0,W4,W8,...,W28
267 .macro W_PRECALC_00_15_1_nossse3 // input argument $0 : current 16-bytes in the circular buffer, one of W0,W4,W8,...,W28
290 .macro W_PRECALC_16_31_0_ssse3 // input arguments : W16,W12,W8,W4,W
293 xmov $3, W_TMP // W_TMP = W4
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