BLOCKCHAIN Blockchain and sha256 [26], Sigma1, Sigma0 fixed in k
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsigned char *)...
English
BLOCKCHAIN 
BLOCKCHAIN chapter390, [SORA] Let’s put a new mechanism that can freely load/store data on the blockchain.
Currently, we are using the blockchain for drive maintenance features in software called FromHDDtoSSD.So we found a way ...
About coins, tokens, NFTs Blockchain and sha256 [25], d *= c, h *= c, c = 8
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsigned char *)...
BLOCKCHAIN Blockchain and sha256 [24], h = (t1+t2)^(3n+1)/d
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsigned char *)...
About coins, tokens, NFTs Blockchain and sha256 [22], t1 = Ch, t2 = Maj + k
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [21], t1 = Ch + k, t2 = Maj
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [20], d = k
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [19], d – h swap
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [18], d += t1 only
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [16], if t1 is uint64_t, uint32_t tt = (uint32_t)t1, when if(t1==tt).
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsigned char *)...
English Blockchain and sha256 [16], When they try from Exchange to withdraw, the hash is slightly off. it can’t send money because of that! so it can’t be helped! devil’s proof? ハッシュが僅かにずれるから出せない。これは仕方がない？ 悪魔の証明？
Let's return such devil's proof by indirect proof.そのような悪魔の証明には、背理法でお返ししましょう。Suppose d and h were fixed in sha256(Round)....
BLOCKCHAIN Blockchain and sha256 [15], d += Σ n (n is non-negative integer)
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [14], h += 1
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [13], d += 1
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...
BLOCKCHAIN Blockchain and sha256 [12], t2 ≡ t1 mod m (m is non-negative integer)
void main() { char rnd; ::sprintf(rnd, “3n + 1 conjecture”); unsigned char hash; CSHA256().Write((const unsi...