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CodeScopeSTM32 Libraries and SamplesnetxduoLARGE_SIGMA_1

LARGE_SIGMA_1 macro

Syntax

from nx_crypto_sha2.c:45

#define LARGE_SIGMA_1(x) (RIGHT_SHIFT_CIRCULAR((x), 6) ^ RIGHT_SHIFT_CIRCULAR((x), 11) ^ RIGHT_SHIFT_CIRCULAR((x), 25))

Arguments

x

References

Location	Text
nx_crypto_sha2.c:45	#define LARGE_SIGMA_1(x) (RIGHT_SHIFT_CIRCULAR((x), 6) ^ RIGHT_SHIFT_CIRCULAR((x), 11) ^ RIGHT_SHIFT_CIRCULAR((x), 25))
nx_crypto_sha5.c:57	#define LARGE_SIGMA_1(x) (RIGHT_SHIFT_CIRCULAR((x), 14) ^ RIGHT_SHIFT_CIRCULAR((x), 18) ^ RIGHT_SHIFT_CIRCULAR((x), 41))
nx_crypto_sha2.c:464	temp1 = h + LARGE_SIGMA_1(e) + CH_FUNC(e, f, g) + _sha2_round_constants[t] + w[t];
nx_crypto_sha2.c:470	temp1 = g + LARGE_SIGMA_1(d) + CH_FUNC(d, e, f) + _sha2_round_constants[t + 1] + w[t + 1];
nx_crypto_sha2.c:476	temp1 = f + LARGE_SIGMA_1(c) + CH_FUNC(c, d, e) + _sha2_round_constants[t + 2] + w[t + 2];
nx_crypto_sha2.c:482	temp1 = e + LARGE_SIGMA_1(b) + CH_FUNC(b, c, d) + _sha2_round_constants[t + 3] + w[t + 3];
nx_crypto_sha2.c:488	temp1 = d + LARGE_SIGMA_1(a) + CH_FUNC(a, b, c) + _sha2_round_constants[t + 4] + w[t + 4];
nx_crypto_sha2.c:495	temp1 = c + LARGE_SIGMA_1(h) + CH_FUNC(h, a, b) + _sha2_round_constants[t + 5] + w[t + 5];
nx_crypto_sha2.c:501	temp1 = b + LARGE_SIGMA_1(g) + CH_FUNC(g, h, a) + _sha2_round_constants[t + 6] + w[t + 6];
nx_crypto_sha2.c:507	temp1 = a + LARGE_SIGMA_1(f) + CH_FUNC(f, g, h) + _sha2_round_constants[t + 7] + w[t + 7];
nx_crypto_sha2.c:518	temp1 = h + LARGE_SIGMA_1(e) + CH_FUNC(e, f, g) + _sha2_round_constants[t] + w[t];
nx_crypto_sha2.c:524	temp1 = g + LARGE_SIGMA_1(d) + CH_FUNC(d, e, f) + _sha2_round_constants[t + 1] + w[t + 1];
nx_crypto_sha2.c:530	temp1 = f + LARGE_SIGMA_1(c) + CH_FUNC(c, d, e) + _sha2_round_constants[t + 2] + w[t + 2];
nx_crypto_sha2.c:536	temp1 = e + LARGE_SIGMA_1(b) + CH_FUNC(b, c, d) + _sha2_round_constants[t + 3] + w[t + 3];
nx_crypto_sha2.c:542	temp1 = d + LARGE_SIGMA_1(a) + CH_FUNC(a, b, c) + _sha2_round_constants[t + 4] + w[t + 4];
nx_crypto_sha2.c:549	temp1 = c + LARGE_SIGMA_1(h) + CH_FUNC(h, a, b) + _sha2_round_constants[t + 5] + w[t + 5];
nx_crypto_sha2.c:555	temp1 = b + LARGE_SIGMA_1(g) + CH_FUNC(g, h, a) + _sha2_round_constants[t + 6] + w[t + 6];
nx_crypto_sha2.c:561	temp1 = a + LARGE_SIGMA_1(f) + CH_FUNC(f, g, h) + _sha2_round_constants[t + 7] + w[t + 7];
nx_crypto_sha5.c:548	temp1 = h + LARGE_SIGMA_1(e) + CH_FUNC(e, f, g) + _sha5_round_constants[t] + w[t];