void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [22], t1 = Ch, t2 = Maj + k
Blockchain and sha256 [21], t1 = Ch + k, t2 = Maj
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [20], d = k
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [19], d – h swap
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [18], d += t1 only
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [16], if t1 is uint64_t, uint32_t tt = (uint32_t)t1, when if(t1==tt).
void main() { char rnd[128];&nbs …
Blockchain and sha256 [15], d += Σ n (n is non-negative integer)
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [14], h += 1
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [12], t2 ≡ t1 mod m (m is non-negative integer)
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [11], d ≡ h mod 0
void main() { char rnd[128]; ::sprintf( …
Blockchain and sha256 [10], Fix d and h.
void main() { char rnd[128]; ::sprintf( …
復旧不定期日誌395, ジャンク関連を再開いたします
一時期、秋葉原でジャンク関連が衰退気味だったのですが、最近、またスマホやその他いろいろ、盛 …
Blockchain and sha256 [9], hello hash and 3n + 1 conjecture
void hex_printf(unsigned char (*hash)[32]) { …
Blockchain and sha256 [8], Execute half of hash ハッシュの半分を実行
With the image of making the hash “open …
Blockchain and sha256 [7], sigma0, sigma1
uint32_t sigma0(uint32_t x) { return (x >> 7 …