crypto/openssl/crypto/ml_kem/ml_kem.c

1099

mask = constish_time_non_zero(bit0(b)); \

crypto/openssl/crypto/ml_kem/ml_kem.c

1356

value = bit0(b) + bitn(1, b);

crypto/openssl/crypto/ml_kem/ml_kem.c

1398

value = bit0(b1) + bitn(1, b1) + bitn(2, b1);

crypto/openssl/crypto/ml_kem/ml_kem.c

1403

value = bitn(6, b1) + bitn(7, b1) + bit0(b2);

crypto/openssl/crypto/ml_kem/ml_kem.c

1409

value -= bitn(7, b2) + bit0(b3) + bitn(1, b3);

crypto/openssl/crypto/ml_kem/ml_kem.c

996

out_byte |= bit0(s->c[i + j]) << j;

lib/libkvm/kvm_private.c

225

bitmask_range(uint64_t v, uint64_t bit0, uint64_t bitN)

lib/libkvm/kvm_private.c

227

if (bit0 == 0 && bitN == BITS_IN(v))

lib/libkvm/kvm_private.c

230

return (v & (((1ULL << (bitN - bit0)) - 1ULL) << bit0));

lib/libkvm/kvm_private.c

239

popcount_bytes(uint64_t *addr, uint32_t bit0, uint32_t bitN)

lib/libkvm/kvm_private.c

241

uint32_t res = bitN - bit0;

lib/libkvm/kvm_private.c

246

if ((bit0 % BITS_IN(*addr)) != 0) {

lib/libkvm/kvm_private.c

247

bound = MIN(bitN, roundup2(bit0, BITS_IN(*addr)));

lib/libkvm/kvm_private.c

248

count += __bitcount64(bitmask_range(*addr, bit0, bound));

lib/libkvm/kvm_private.c

249

res -= (bound - bit0);