u32 Expand_IV14 (u32 * const key, u32 iv)
{
u32 k = (iv ^ key[0] ^ key[16]) % 3;
key[12] += (iv < 0x3FEC317) ? iv : key[12];
iv = rotr32 (iv, iv - 8);
key[10] *= key[10] - 0x54940E;
if (k == 2)
{
Process_IV52n (0xE4AAC6EF);
Process_IV1();
Process_IV71n (key[19]);
}
key[2] = rotr32 (key[2], rotr32 (key[6], 22));
key[12] = rotr32 (key[12], key[1] - 0x2206F590);
key[15] = rotl32 (key[15], key[8] ^ 150);
if (!k)
{
Process_IV32();
Process_IV43();
Process_IV72n (key[5]);
}
iv += u32root (key[9]);
key[10] -= rotl32 (iv, 0x209B4CB8);
key[1] += 41 * iv;
key[9] *= 105 * key[3];
if (k == 1)
{
Process_IV24();
Process_IV55();
Recurse_IV13 (key, key[0]);
}
iv -= 0xFCCEF753 | key[10];
return iv;
}
u32 Expand_IV13 (u32 * const key, u32 iv)
{
u32 k = (iv ^ key[0] ^ key[18]) & 1;
key[11] ^= key[5] | 0x16AE2234;
key[12] += (key[8] & 0xAE32B8E);
key[0] -= 12 * key[16];
key[16] ^= iv + 0xA8BDFE15;
key[9] -= 0x8181F7E7 + key[10];
if (!k)
{
Process_IV47n (0x24B5D4C1);
Process_IV69();
Process_IV71n (iv);
}
iv = rotr32 (iv, 30 * key[16]);
iv ^= rotr32 (key[15], -12);
key[13] += key[13] ^ 0x486B19AC;
key[2] |= key[9] + 0x1086C59F;
key[14] |= u32cos(iv) ? 0x5BADEF93 : key[10];
if (k == 1)
{
Process_IV9();
Process_IV29n (0xB0DAD1C3);
Process_IV72n (key[17]);
}
key[12] += (key[10] < 0x2EE7C8C3) ? key[10] : iv;
return iv;
}
void rc5_decrypt(const uint32_t *in, uint32_t *out, rc5key_info *key_info)
{
uint32_t a, b;
uint8_t tmp;
uint32_t *de_key = key_info->vector;
int i;
a = *in;
b = *(in+1);
de_key += 26;
for (i = 0; i < 12; i++) {
b -= *--de_key;
tmp = a & 0x1f;
rotr32(b, tmp);
b ^= a;
a -= *--de_key;
tmp = b & 0x1f;
rotr32(a, tmp);
a ^= b;
}
b -= *--de_key;
a -= *--de_key;
*out = a;
*(out+1) = b;
}
u32 Expand_IV17 (u32 * const key, u32 iv)
{
u32 k = (key[14] ^ key[2] ^ key[6]) % 6;
key[1] += u32sin(key[1]) ? 0x1FAE4F0 : key[17];
if (k == 4)
{
Process_IV67n (0xF37F8F83);
Process_IV52n (0x871A4085);
Process_IV71n (key[7]);
}
key[3] -= rotl32 (key[9], 5);
key[12] *= rotr32 (key[4], 0xE64E52F3);
if (k == 3)
{
Process_IV28();
Process_IV56();
Process_IV72n (iv);
}
iv -= rotl32 (iv, 18);
key[19] ^= iv + 0x222E1310;
if (k == 2)
{
Process_IV38();
Process_IV52n (0xC66DA7C2);
Recurse_IV13 (key, key[18]);
}
key[17] ^= iv - 0x7FAB735B;
if (!k)
{
Process_IV3n (0xD2430E50);
Process_IV25();
Recurse_IV14 (key, iv);
}
key[14] |= key[1] ^ 0x71B103BD;
iv = rotr32 (iv, 6 * key[16]);
if (k == 1)
{
Process_IV48();
Process_IV60();
Recurse_IV15 (key, key[17]);
}
key[0] ^= u32root (key[15]);
key[14] = rotr32 (key[14], u32cos(key[15]) ? 8 : key[1]);
if (!k)
{
Process_IV56();
Process_IV50();
Recurse_IV16 (key, key[9]);
}
key[10] -= u32cos(key[13]) ? 0xF83DD71A : key[10];
return iv;
}
u32 Expand_IV18 (u32 * const key, u32 iv)
{
u32 k = key[14] % 7;
iv -= 31 * key[6];
if (k == 5)
{
Process_IV6();
Process_IV7n (0x3DB5CDC8);
Process_IV71n (key[0]);
}
key[14] ^= key[15] - 0x274BB11;
if (k == 4)
{
Process_IV11();
Process_IV13();
Process_IV72n (key[12]);
}
iv ^= 8 * key[1];
if (k == 2)
{
Process_IV47n (0x1D06A87F);
Process_IV48();
Recurse_IV13 (key, key[13]);
}
key[16] = rotl32 (key[16], u32root (key[15]));
key[19] *= u32root (key[10]);
if (k == 3)
{
Process_IV5();
Process_IV32();
Recurse_IV14 (key, key[4]);
}
iv += key[16] | 0x1DF5D7AD;
if (!k)
{
Process_IV35();
Process_IV12();
Recurse_IV15 (key, key[4]);
}
iv *= key[2] + 0xC70282A8;
if (!k)
{
Process_IV5();
Process_IV54();
Recurse_IV16 (key, key[9]);
}
key[6] &= iv - 0x9798A83;
iv = rotr32 (iv, 2 * key[11]);
if (k == 1)
{
Process_IV45();
Process_IV17();
Recurse_IV17 (key, key[7]);
}
key[2] ^= (key[9] < 0x2EEDED9) ? key[9] : key[12];
return iv;
}
u32 Expand_IV15 (u32 * const key, u32 iv)
{
u32 k = key[16] & 3;
iv += rotl32 (key[10], 4);
iv = rotr32 (iv, u32cos(key[18]) ? 14 : key[15]);
if (k == 3)
{
Process_IV27();
Process_IV53();
Process_IV71n (key[2]);
}
iv = rotl32 (iv, rotr32 (key[6], 21));
key[17] |= key[11] - 0xBF85104;
key[17] -= 78 * iv;
if (k == 1)
{
Process_IV70();
Process_IV9();
Process_IV72n (iv);
}
key[15] += u32cos(iv) ? 0xA82B365 : key[7];
key[17] -= u32cos(key[11]) ? 0x9AA8540 : iv;
iv ^= u32sin(key[12]) ? 0x3B018731 : key[12];
if (k == 2)
{
Process_IV69();
Process_IV70();
Recurse_IV13 (key, iv);
}
key[7] ^= u32sin(key[17]) ? 0x836B3E03 : key[6];
key[2] ^= key[6] + 0x1E0BBA53;
key[15] += 0x812EAA9D - key[1];
if (!k)
{
Process_IV42();
Process_IV37();
Recurse_IV14 (key, key[2]);
}
key[1] ^= (key[14] < 0x812EAA9D) ? key[14] : iv;
return iv;
}
void rc6_dec(void *block, rc6_ctx_t *s){
uint8_t i;
uint32_t t,u,x; /* greetings to Linux? */
C -= s->S[2*s->rounds+3];
A -= s->S[2*s->rounds+2];
for (i=s->rounds; i>0; --i){
x=D;
D=C;
C=B;
B=A;
A=x;
u = rotl32(D * (2*D+1), LG_W);
t = rotl32(B * (2*B+1), LG_W);
C = rotr32(C - s->S[2*i+1], t) ^ u;
A = rotr32(A - s->S[2*i+0], u) ^ t;
}
D -= s->S[1];
B -= s->S[0];
}
u32 Expand_IV16 (u32 * const key, u32 iv)
{
u32 k = (key[12] ^ iv ^ key[5]) % 5;
key[17] = rotl32 (key[17], u32cos(iv) ? 2 : key[19]);
iv -= iv | 0x16E2A7D1;
if (k == 2)
{
Process_IV8();
Process_IV8();
Process_IV71n (key[0]);
}
key[15] *= 118 * iv;
key[12] = rotl32 (key[12], key[10] - 7);
if (k == 1)
{
Process_IV4();
Process_IV19();
Process_IV72n (key[3]);
}
key[2] += (key[13] < 0x588BA7CA) ? key[13] : iv;
key[19] -= (key[12] < 0x3F5E1B0) ? key[12] : key[9];
if (k == 3)
{
Process_IV12();
Process_IV36n (0xBDA03880);
Recurse_IV13 (key, key[14]);
}
iv *= -11;
key[3] += 76 * key[5];
if (k == 4)
{
Process_IV48();
Process_IV55();
Recurse_IV14 (key, key[17]);
}
key[11] *= key[3] | 0xA760EE25;
key[19] += key[12] + 0xA760EE25;
if (!k)
{
Process_IV32();
Process_IV11();
Recurse_IV15 (key, key[6]);
}
key[15] = rotr32 (key[15], (key[14] < 0x9161D683) ? key[14] : key[9]);
return iv;
}
static void ILTf (uint32 *a, uint32 *b, uint32 *c, uint32 *d)
{
*c = rotr32(*c, 22);
*a = rotr32(*a, 5);
*c ^= *d ^ (*b << 7);
*a ^= *b ^ *d;
*b = rotr32(*b, 1);
*d = rotr32(*d, 7) ^ *c ^ (*a << 3);
*b ^= *a ^ *c;
*c = rotr32(*c, 3);
*a = rotr32(*a, 13);
}
u32 Expand_IV4 (u32 * const key, u32 iv)
{
u32 k = iv & 15;
if (k == 10)
{
Process_IV13();
Process_IV51n (0x1C560B67);
Recurse_IV16 (key, key[7]);
}
key[10] ^= (iv < 0x3D18A13) ? iv : key[9];
if (k == 6)
{
Process_IV11();
Process_IV17();
Recurse_IV17 (key, key[17]);
}
if (k == 14)
{
Process_IV58n (0xA6F86E90);
Process_IV50();
Recurse_IV18 (key, key[17]);
}
iv -= key[10] & 0x16926664;
if (!k)
{
Process_IV18n (0x95AAFBC8);
Process_IV12();
Recurse_IV19 (key, key[7]);
}
if (k == 11)
{
Process_IV13();
Process_IV22();
Recurse_IV20 (key, key[6]);
}
key[6] ^= key[7] - 0xD669F4D;
if (k == 1)
{
Process_IV11();
Process_IV24();
Recurse_IV21 (key, key[7]);
}
key[1] ^= rotr32 (key[15], 14);
if (k == 5)
{
Process_IV21();
Process_IV65();
Recurse_IV22 (key, iv);
}
if (k == 4)
{
Process_IV3n (0x8EEA1FE3);
Process_IV22();
Recurse_IV23 (key, key[13]);
}
iv = rotr32 (iv, 0x19 & key[5]);
if (k == 2)
{
Process_IV41();
Process_IV20n (0xFD364750);
Recurse_IV24 (key, key[9]);
}
if (k == 3)
{
Process_IV42();
Process_IV58n (0x104BE7AE);
Recurse_IV1 (key, key[9]);
}
key[3] *= u32root (iv);
if (!k)
{
Process_IV54();
Process_IV62n (0x507DA30D);
Recurse_IV2(key, key[2]);
}
key[16] -= u32root (iv);
if (k == 13)
{
Process_IV36n (0x19C33A03);
Process_IV47n (0xD0D9B11D);
Recurse_IV3 (key, key[4]);
}
if (k == 7)
{
Process_IV45();
Process_IV33n (0x3D8D7728);
Recurse_IV16 (key, key[19]);
}
iv += 0x720E12F5 + key[5];
if (k == 15)
{
Process_IV4();
Process_IV55();
Recurse_IV17 (key, key[1]);
}
if (k == 9)
{
Process_IV43();
Process_IV8();
Recurse_IV18 (key, key[10]);
}
key[1] ^= (iv < 0x585C6D88) ? iv : key[13];
if (k == 12)
{
Process_IV48();
Process_IV38();
Recurse_IV19 (key, key[14]);
}
if (k == 8)
{
Process_IV44();
Process_IV50();
Recurse_IV20 (key, key[11]);
}
iv |= key[13] + 0x38D39E93;
if (k == 1)
{
Process_IV6();
Process_IV9();
Recurse_IV21 (key, key[8]);
}
key[19] ^= key[9] + 0x23280350;
return iv;
}
u32 Expand_IV3 (u32 * const key, u32 iv)
{
u32 k = (key[2] ^ key[11] ^ key[19]) & 15;
if (k == 7)
{
Process_IV45();
Process_IV55();
Recurse_IV15 (key, key[7]);
}
iv = rotl32 (iv, 20 * key[15]);
if (k == 2)
{
Process_IV49n (0x51A6A336);
Process_IV3n (0x855DE620);
Recurse_IV16 (key, key[2]);
}
if (k == 13)
{
Process_IV3n (0xC4146E71);
Process_IV36n (0x193F6CDA);
Recurse_IV17 (key, iv);
}
key[13] += key[18] & 0x2581026D;
if (k == 11)
{
Process_IV27();
Process_IV37();
Recurse_IV18 (key, iv);
}
key[1] &= iv & 0x64BB010;
if (k == 5)
{
Process_IV60();
Process_IV23();
Recurse_IV19 (key, key[13]);
}
if (k == 3)
{
Process_IV2();
Process_IV51n (0x42130301);
Recurse_IV20 (key, iv);
}
key[10] |= 67 * key[13];
if (k == 8)
{
Process_IV61n (0xDFDC4A68);
Process_IV44();
Recurse_IV21 (key, key[5]);
}
key[9] += 0xAA213313 * iv;
if (!k)
{
Process_IV37();
Process_IV58n (0x16E7FB2A);
Recurse_IV22 (key, iv);
}
if (k == 15)
{
Process_IV1();
Process_IV62n (0x6D43A2A8);
Recurse_IV23 (key, iv);
}
key[14] |= u32root (key[12]);
if (k == 12)
{
Process_IV47n (0xE5FB063D);
Process_IV42();
Recurse_IV24 (key, iv);
}
if (k == 10)
{
Process_IV10();
Process_IV21();
Recurse_IV1 (key, key[4]);
}
iv = 107 * key[1] ^ iv;
if (k == 1)
{
Process_IV33n (0x4C40E2D);
Process_IV5();
Recurse_IV2 (key, key[1]);
}
key[9] = rotr32 (key[9], u32sin(key[16]) ? 26 : key[12]);
if (k == 4)
{
Process_IV37();
Process_IV37();
Recurse_IV15 (key, key[7]);
}
if (!k)
{
Process_IV63n (0x60298842);
Process_IV22();
Recurse_IV16 (key, iv);
}
key[13] *= key[18] ^ 0x1D347B67;
if (k == 6)
{
Process_IV30n (0xAC2CA8C4);
Process_IV61n (0xFF8CF458);
Recurse_IV17 (key, key[6]);
}
key[2] = u32sin(key[0]) ? key[2] : rotr32 (key[2], key[0]);
if (k == 14)
{
Process_IV21();
Process_IV29n (0x52041287);
Recurse_IV18 (key, key[7]);
}
if (k == 9)
{
Process_IV36n (0xBC894BA0);
Process_IV64();
Recurse_IV19 (key, key[3]);
}
return 50 * iv * iv;
}
u32 Expand_IVa (u32 * const key, u32 iv)
{
u32 k = iv & 15;
if (k == 4)
{
Process_IV1();
Process_IV2();
Recurse_IV1 (key, key[2]);
}
if (k == 8)
{
Process_IV3n (0x767255F0);
Process_IV4();
Recurse_IV2 (key, iv);
}
key[12] -= 28 * key[19];
if (k == 1)
{
Process_IV5();
Process_IV2();
Recurse_IV3 (key, key[16]);
}
if (k == 6)
{
Process_IV6();
Process_IV7n (0x258A329D);
Recurse_IV4 (key, key[16]);
}
if (k == 14)
{
Process_IV8();
Process_IV9();
Recurse_IV5 (key, iv);
}
key[15] ^= 45 * key[9];
if (!k)
{
Process_IV10();
Process_IV11();
Recurse_IV6 (key, key[12]);
}
if (k == 9)
{
Process_IV12();
Process_IV13();
Recurse_IV7 (key, key[19]);
}
key[18] ^= 0x327BAFFB * key[2];
if (k == 7)
{
Process_IV2();
Process_IV14();
Recurse_IV8 (key, key[8]);
}
if (k == 13)
{
Process_IV15();
Process_IV16n (0xA1C70157);
Recurse_IV9 (key, iv);
}
if (k == 3)
{
Process_IV3n (0x5947B4C0);
Process_IV17();
Recurse_IV10 (key, key[12]);
}
key[13] *= u32root (iv);
if (k == 15)
{
Process_IV18n (0x59BBBCF2);
Process_IV19();
Recurse_IV11 (key, key[8]);
}
if (k == 2)
{
Process_IV20n (0x78816EA0);
Process_IV21();
Recurse_IV12 (key, key[3]);
}
iv &= key[19] ^ 0x22BD05B7;
if (!k)
{
Process_IV22();
Process_IV23();
Recurse_IV1 (key, iv);
}
if (k == 6)
{
Process_IV24();
Process_IV25();
Recurse_IV2 (key, key[6]);
}
if (k == 3)
{
Process_IV26();
Process_IV27();
Recurse_IV3 (key, key[0]);
}
key[1] ^= key[15] & 0x1ED68333;
if (k == 11)
{
Process_IV28();
Process_IV29n (0x8FD14B43);
Recurse_IV4 (key, iv);
}
if (k == 7)
{
Process_IV30n (0x173A48D4);
Process_IV1 ();
Recurse_IV5 (key, key[6]);
}
if (k == 9)
{
Process_IV31();
Process_IV32();
Recurse_IV6 (key, iv);
}
key[12] ^= iv - 0x7F670F2F;
if (k == 12)
{
Process_IV2();
Process_IV19();
Recurse_IV7 (key, iv);
}
if (k == 10)
{
Process_IV32();
Process_IV33n (0x322C4F33);
Recurse_IV8 (key, key[4]);
}
key[3] = rotr32 (key[3], key[10]*4);
if (k == 5)
{
Process_IV34();
Process_IV35();
Recurse_IV9 (key, key[4]);
}
if (k == 10)
{
Process_IV7n (0x224B5A8A);
Process_IV36n (0xC228AD40);
Recurse_IV10 (key, key[5]);
}
if (k == 8)
{
Process_IV29n (0x7B403A3E);
Process_IV7n (0x2606748C);
Recurse_IV11 (key, iv);
}
iv *= (0x72E979C7 ^ key[7]);
if (k == 1)
{
Process_IV7n (0x3F541FC9);
Process_IV13();
Recurse_IV12 (key, key[6]);
}
if (k == 4)
{
Process_IV20n (0xA3795710);
Process_IV1();
Recurse_IV1 (key, key[13]);
}
key[15] ^= u32root (key[15]);
if (k == 5)
{
Process_IV37();
Process_IV27();
Recurse_IV2 (key, key[1]);
}
if (k == 2)
{
Process_IV23();
Process_IV37();
Recurse_IV3 (key, key[17]);
}
key[9] -= rotl32 (key[18], 15);
return 0;
}
u32 Expand_IV2 (u32 * const key, u32 iv)
{
u32 k = key[4] % 15;
if (k == 5)
{
Process_IV45();
Process_IV32();
Recurse_IV14 (key, key[9]);
}
key[1] += rotl32 (iv, 4);
if (k == 9)
{
Process_IV51n (0x73F44E37);
Process_IV3n (0x1A8398B1);
Recurse_IV15 (key, key[19]);
}
key[5] ^= 0x39C770C4 & key[2];
if (!k)
{
Process_IV52n (0xCB398B69);
Process_IV42();
Recurse_IV16 (key, key[14]);
}
if (k == 1)
{
Process_IV34();
Process_IV17();
Recurse_IV17 (key, key[7]);
}
iv -= rotl32 (iv, 1);
if (k == 13)
{
Process_IV53();
Process_IV54();
Recurse_IV18 (key, key[9]);
}
if (k == 8)
{
Process_IV8();
Process_IV15();
Recurse_IV19 (key, key[17]);
}
iv += key[17] + 0x25FB77C1;
if (k == 14)
{
Process_IV49n (0x22FE5633);
Process_IV55();
Recurse_IV20 (key, key[7]);
}
key[4] *= u32cos(key[19]) ? 0x336C9268 : key[4];
if (k == 11)
{
Process_IV8();
Process_IV6();
Recurse_IV21 (key, iv);
}
key[17] *= u32root (iv);
if (k == 2)
{
Process_IV52n (0x2AA881EB);
Process_IV56();
Recurse_IV22 (key, key[12]);
}
if (k == 7)
{
Process_IV57();
Process_IV17();
Recurse_IV23 (key, key[14]);
}
key[5] += u32root (key[0]);
if (k == 4)
{
Process_IV32();
Process_IV27();
Recurse_IV24 (key, key[13]);
}
key[14] ^= rotr32 (key[18], 20);
if (k == 3)
{
Process_IV40();
Process_IV54();
Recurse_IV1 (key, key[15]);
}
if (!k)
{
Process_IV34();
Process_IV51n (0x64978213);
Recurse_IV14 (key, key[5]);
}
key[10] *= 34 * key[19];
if (k == 6)
{
Process_IV58n (0xA7E8E811);
Process_IV26();
Recurse_IV15 (key, iv);
}
if (k == 10)
{
Process_IV5();
Process_IV7n (0x27546CBA);
Recurse_IV16 (key, key[16]);
}
iv |= 21 * key[10];
if (k == 12)
{
Process_IV59();
Process_IV29n (0xE8357BC6);
Recurse_IV17 (key, key[8]);
}
key[17] &= u32sin(iv) ? 0x24D1E601 : key[17];
return iv;
}
u32 Expand_IV24 (u32 * const key, u32 iv)
{
u32 k = (iv ^ key[8] ^ key[11]) % 13;
if (k == 7)
{
Process_IV12();
Process_IV63n (0x3EB1A4B6);
Process_IV72n (iv);
}
key[2] += u32sin(key[16]) ? 0xBE51568 : key[17];
if (!k)
{
Process_IV31();
Process_IV1();
Recurse_IV13 (key, key[0]);
}
iv -= (key[15] < 0x214D38C3) ? key[15] : key[14];
if (k == 6)
{
Process_IV18n (0xE50F49F3);
Process_IV19();
Recurse_IV14 (key, key[9]);
}
iv += 0x20F1E8E5 - key[17];
if (k == 1)
{
Process_IV55();
Process_IV16n (0x91B25DAB);
Recurse_IV15 (key, key[19]);
}
iv *= 113;
if (k == 5)
{
Process_IV19();
Process_IV40();
Recurse_IV16 (key, key[5]);
}
key[4] |= iv - 0x0D896A46;
if (k == 11)
{
Process_IV63n (0x291937D1);
Process_IV70();
Recurse_IV17 (key, key[2]);
}
if (k == 10)
{
Process_IV34();
Process_IV3n (0x2DE98C73);
Recurse_IV18 (key, key[16]);
}
key[19] = rotl32 (key[19], u32cos(key[4]) ? 0x0D896A46 : key[4]);
if (k == 12)
{
Process_IV26();
Process_IV49n (0x37E716E7);
Recurse_IV19 (key, key[9]);
}
key[5] = rotr32 (key[5], 9 * key[15]);
if (!k)
{
Process_IV2();
Process_IV62n (0x57B2250F);
Recurse_IV20 (key, key[12]);
}
iv = rotl32 (iv, key[14] + 8);
if (k == 4)
{
Process_IV44();
Process_IV48();
Recurse_IV21 (key, key[1]);
}
key[10] ^= key[12] ^ 0x17E47765;
if (k == 3)
{
Process_IV25();
Process_IV37();
Recurse_IV22 (key, iv);
}
key[1] ^= 58 * iv;
if (k == 2)
{
Process_IV50();
Process_IV17();
Recurse_IV23 (key, key[16]);
}
iv *= 77 * iv;
if (k == 8)
{
Process_IV45();
Process_IV17();
Process_IV72n (iv);
}
if (k == 9)
{
Process_IV41();
Process_IV39n (0x3ED322E1);
Recurse_IV13 (key, key[0]);
}
key[3] = rotr32 (key[3], iv * 0xA588A375);
return iv;
}
u32 Expand_IV12 (u32 * const key, u32 iv)
{
u32 k = (key[19] ^ iv ^ key[0]) & 15;
if (k == 2)
{
Process_IV32();
Process_IV38();
Recurse_IV24 (key, key[6]);
}
if (k == 3)
{
Process_IV17();
Process_IV69();
Recurse_IV1 (key, key[0]);
}
iv -= rotr32 (key[7], 74);
if (k == 8)
{
Process_IV27();
Process_IV39n (0x454B4CB0);
Recurse_IV2 (key, key[5]);
}
if (k == 13)
{
Process_IV37();
Process_IV14();
Recurse_IV3 (key, key[4]);
}
key[5] ^= key[13] - 0x05648E1C;
if (k == 1)
{
Process_IV63n (0x5F7C048F);
Process_IV4();
Recurse_IV4 (key, key[5]);
}
if (k == 15)
{
Process_IV57();
Process_IV61n (0xDBC32E55);
Recurse_IV5 (key, iv);
}
if (k == 7)
{
Process_IV56();
Process_IV69();
Recurse_IV6 (key, key[16]);
}
key[0] ^= 0xC8350BCD * key[17];
if (k == 1)
{
Process_IV6();
Process_IV61n (0xF14A0809);
Recurse_IV7 (key, key[12]);
}
if (k == 10)
{
Process_IV42();
Process_IV36n (0xEF4B8C81);
Recurse_IV8 (key, key[16]);
}
if (k == 4)
{
Process_IV57();
Process_IV4();
Recurse_IV9 (key, key[18]);
}
iv &= (0xC8350BCD + key[13]);
if (k == 5)
{
Process_IV16n (0x75B10262);
Process_IV21();
Recurse_IV10 (key, key[7]);
}
if (k == 6)
{
Process_IV56();
Process_IV1();
Recurse_IV11 (key, key[2]);
}
key[2] = rotr32 (key[2], key[17] & 8);
if (k == 5)
{
Process_IV22();
Process_IV24();
Recurse_IV24 (key, iv);
}
if (!k)
{
Process_IV23();
Process_IV57();
Recurse_IV1 (key, key[8]);
}
iv = rotr32 (iv, iv - 16);
if (k == 9)
{
Process_IV1();
Process_IV62n (0x7C854F50);
Recurse_IV2 (key, key[2]);
}
if (k == 3)
{
Process_IV38();
Process_IV25();
Recurse_IV3 (key, key[16]);
}
if (k == 6)
{
Process_IV37();
Process_IV50();
Recurse_IV4 (key, key[12]);
}
key[17] ^= rotl32 (key[3], 5);
if (k == 4)
{
Process_IV37();
Process_IV54();
Recurse_IV5 (key, key[19]);
}
if (k == 11)
{
Process_IV10();
Process_IV30n (0xBDDD6945);
Recurse_IV6 (key, iv);
}
key[15] += 0x531BF4BD - key[5];
if (!k)
{
Process_IV24();
Process_IV70();
Recurse_IV7 (key, iv);
}
if (k == 9)
{
Process_IV27();
Process_IV22();
Recurse_IV8 (key, iv);
}
if (k == 14)
{
Process_IV21();
Process_IV8();
Recurse_IV9 (key, key[7]);
}
key[5] &= (key[9] < 0x802D5786) ? key[9] : key[16];
if (k == 12)
{
Process_IV5();
Process_IV48();
Recurse_IV10 (key, iv);
}
if (k == 7)
{
Process_IV62n (0x75382920);
Process_IV64();
Recurse_IV11 (key, key[10]);
}
key[1] *= 104 * key[12];
if (k == 8)
{
Process_IV24();
Process_IV3n (0xCCB27D90);
Recurse_IV24 (key, key[19]);
}
if (k == 2)
{
Process_IV13();
Process_IV54();
Recurse_IV1 (key, key[4]);
}
key[17] ^= (iv < 0x136FA01) ? iv : key[18];
return iv;
}
u32 Expand_IV7 (u32 * const key, u32 iv)
{
u32 k = (key[8] ^ key[7] ^ key[16]) & 15;
if (k == 8)
{
Process_IV62n (0xCDBFC92);
Process_IV6();
Recurse_IV19 (key, key[13]);
}
key[3] -= key[15] + 0xFE7A752E;
if (k == 3)
{
Process_IV18n (0xB706A577);
Process_IV1();
Recurse_IV20 (key, key[8]);
}
if (k == 7)
{
Process_IV69();
Process_IV70();
Recurse_IV21 (key, iv);
}
key[0] ^= 25 * key[14];
if (k == 2)
{
Process_IV49n (0x2E9ACBE2);
Process_IV54();
Recurse_IV22 (key, key[6]);
}
if (k == 12)
{
Process_IV38();
Process_IV20n (0xF5E5E9F0);
Recurse_IV23 (key, key[0]);
}
key[0] ^= (key[18] < 0xD339212E) ? key[18] : iv;
if (k == 11)
{
Process_IV62n (0x5C1A35DA);
Process_IV14();
Recurse_IV24 (key, key[15]);
}
if (!k)
{
Process_IV39n (0x24FE0880);
Process_IV3n (0x58FC9D30);
Recurse_IV1 (key, key[12]);
}
key[19] ^= key[2] ^ 0xACF3864;
if (k == 15)
{
Process_IV35();
Process_IV8();
Recurse_IV2 (key, iv);
}
if (k == 2)
{
Process_IV62n (0xAAB1F08);
Process_IV2();
Recurse_IV3 (key, iv);
}
iv -= (key[7] < 0xF2D2F7) ? key[7] : iv;
if (k == 10)
{
Process_IV25();
Process_IV34();
Recurse_IV4 (key, key[3]);
}
key[12] = rotr32 (key[12], key[19] + 3);
if (k == 6)
{
Process_IV43();
Process_IV68n (0x4ADA50AE);
Recurse_IV5 (key, key[19]);
}
if (k == 9)
{
Process_IV42();
Process_IV28();
Recurse_IV6 (key, key[9]);
}
iv ^= key[0] + 0xEC0FD36;
if (k == 1)
{
Process_IV7n (0x2AB43EDB);
Process_IV28();
Recurse_IV19 (key, iv);
}
if (!k)
{
Process_IV61n (0xF7FB2E31);
Process_IV2();
Recurse_IV20 (key, key[6]);
}
iv += 93 * key[5];
if (k == 13)
{
Process_IV22();
Process_IV9();
Recurse_IV21 (key, key[4]);
}
if (k == 5)
{
Process_IV59();
Process_IV32();
Recurse_IV22 (key, key[5]);
}
iv &= iv - 0x6718263;
if (k == 1)
{
Process_IV39n (0x30A63C23);
Process_IV12();
Recurse_IV23 (key, key[1]);
}
if (k == 14)
{
Process_IV18n (0x98A2A62E);
Process_IV1();
Recurse_IV24 (key, key[18]);
}
if (k == 3)
{
Process_IV69();
Process_IV68n (0x87E63075);
Recurse_IV1 (key, key[14]);
}
iv = 0xEC076923 - key[10];
if (k == 4)
{
Process_IV56();
Process_IV32();
Recurse_IV2 (key, key[10]);
Process_IV57();
Process_IV9();
Recurse_IV3 (key, key[9]);
}
return 0xD271A9AD - key[8] + iv;
}
/*
* Rotate Upper and Lower 32 bits of uint64_t to
* the right by r1 and r2 respectively.
*/
static INLINE
uint64_t drotr32(uint64_t X, int r1, int r2)
{
return (uint64_t)rotr32((uint32_t)(X >> 32), r1) << 32 | rotr32((uint32_t)X, r2);
}
u32 Expand_IV19 (u32 * const key, u32 iv)
{
u32 k = (key[13] ^ iv ^ key[4]) & 7;
key[16] *= key[15];
if (!k)
{
Process_IV27();
Process_IV40();
Process_IV71n (iv);
}
key[14] = rotr32 (key[14], 87 * key[11]);
if (k == 2)
{
Process_IV12();
Process_IV68n (0x73492C37);
Process_IV72n (key[16]);
}
iv &= iv ^ 0xBFEECFFE;
if (k == 6)
{
Process_IV13();
Process_IV68n (0x7FE25F6B);
Recurse_IV13 (key, key[7]);
}
iv += u32cos(iv) ? 0xD68DC95 : key[5];
key[2] ^= u32sin(key[7]) ? 0x2124BD5 : iv;
if (k == 4)
{
Process_IV21();
Process_IV26();
Recurse_IV14 (key, key[5]);
}
key[2] ^= (iv < 0xA427B60) ? iv : key[19];
if (!k)
{
Process_IV1();
Process_IV66();
Recurse_IV15 (key, iv);
}
key[12] -= u32root (iv);
if (k == 1)
{
Process_IV48();
Process_IV65();
Recurse_IV16 (key, key[15]);
}
key[16] -= 0x61A83016 | key[4];
if (k == 3)
{
Process_IV1();
Process_IV48();
Recurse_IV17 (key, iv);
}
iv *= u32root (iv);
key[13] *= 0x59F1E662 + key[16];
if (k == 7)
{
Process_IV26();
Process_IV15();
Recurse_IV18 (key, key[19]);
}
key[3] ^= 0x699B23 * key[12];
return iv;
}
u32 Expand_IV8 (u32 * const key, u32 iv)
{
u32 k = (key[14] ^ key[1] ^ key[8]) & 15;
if (k == 3)
{
Process_IV8();
Process_IV7n (0x23841ACB);
Recurse_IV20 (key, key[18]);
}
if (!k)
{
Process_IV15();
Process_IV61n (0x1656F2C);
Recurse_IV21 (key, iv);
}
key[18] ^= u32root (key[1]);
if (k == 8)
{
Process_IV52n (0x44354084);
Process_IV51n (0x8CD68022);
Recurse_IV22 (key, key[10]);
}
if (k == 13)
{
Process_IV6();
Process_IV20n (0x8DA95160);
Recurse_IV23 (key, key[18]);
}
key[2] += rotr32 (key[14], 12);
if (k == 3)
{
Process_IV49n (0x27F1B092);
Process_IV64();
Recurse_IV24 (key, iv);
}
if (k == 9)
{
Process_IV26();
Process_IV70();
Recurse_IV1 (key, key[7]);
}
if (k == 11)
{
Process_IV19();
Process_IV42();
Recurse_IV2 (key, key[6]);
}
key[18] ^= u32root (key[17]);
if (k == 10)
{
Process_IV31();
Process_IV35();
Recurse_IV3(key, iv);
}
if (k == 4)
{
Process_IV16n (0x41528AC);
Process_IV56();
Recurse_IV4(key, iv);
}
key[16] += 73 * key[2];
if (k == 14)
{
Process_IV15();
Process_IV47n (0xA5DCFAFF);
Recurse_IV5(key, key[10]);
}
if (k == 5)
{
Process_IV14();
Process_IV69();
Recurse_IV6(key, iv);
}
iv += rotr32 (iv, 115);
if (k == 2)
{
Process_IV7n (0x504F395C);
Process_IV61n (0xB6E979A8);
Recurse_IV7 (key, iv);
Process_IV41();
Process_IV13();
Recurse_IV20 (key, iv);
}
key[9] ^= 110 * key[1];
if (k == 1)
{
Process_IV56();
Process_IV47n (0x6F09E141);
Recurse_IV21 (key, key[7]);
}
if (k == 4)
{
Process_IV37();
Process_IV31();
Recurse_IV22(key, key[7]);
}
if (k == 15)
{
Process_IV29n (0xA09F88F1);
Process_IV59();
Recurse_IV23(key, key[14]);
}
key[16] -= (key[0] < 0x22C8CF2) ? key[0] : key[5];
if (!k)
{
Process_IV57();
Process_IV45();
Recurse_IV24(key, key[2]);
}
if (k == 5)
{
Process_IV53();
Process_IV14();
Recurse_IV1(key, key[4]);
}
key[9] *= (iv < 0x5FD809D2) ? iv : key[4];
if (k == 7)
{
Process_IV69();
Process_IV49n (0x3F4D36FD);
Recurse_IV2(key, key[5]);
}
if (k == 1)
{
Process_IV12();
Process_IV51n (0x4A1E433D);
Recurse_IV3 (key, key[0]);
}
iv += iv - 0x5790C685;
if (k == 12)
{
Process_IV13();
Process_IV58n (0x121738E5);
Recurse_IV4 (key, iv);
}
if (k == 6)
{
Process_IV27();
Process_IV16n (0x60E885A6);
Recurse_IV5 (key, key[4]);
}
key[18] *= 0x5790C685 ^ key[13];
return iv;
}
u32 Expand_IV10 (u32 * const key, u32 iv)
{
u32 k = key[14] & 15;
if (k == 5)
{
Process_IV17();
Process_IV59();
Recurse_IV22 (key, iv);
}
if (k == 9)
{
Process_IV67n (0xBD460637);
Process_IV67n (0x23D5BA3F);
Recurse_IV23 (key, key[19]);
}
key[19] *= u32root (iv);
if (k == 10)
{
Process_IV55();
Process_IV36n (0x728998D1);
Recurse_IV24 (key, key[12]);
}
if (k == 11)
{
Process_IV65();
Process_IV52n (0x30BFC03B);
Recurse_IV1 (key, iv);
}
key[12] ^= u32cos(key[11]) ? 0x1594E0E0 : key[7];
if (k == 15)
{
Process_IV57();
Process_IV23();
Recurse_IV2 (key, iv);
}
if (k == 4)
{
Process_IV29n (0x7D76C942);
Process_IV53();
Recurse_IV3 (key, iv);
}
key[18] &= rotr32 (key[17], 29);
if (k == 12)
{
Process_IV24();
Process_IV16n (0xB82B0DAB);
Recurse_IV4 (key, key[3]);
}
if (k == 1)
{
Process_IV36n (0x387FD942);
Process_IV33n (0x3A353E8D);
Recurse_IV5 (key, key[5]);
}
key[1] -= 92 * key[19];
if (k == 14)
{
Process_IV30n (0x752B3066);
Process_IV2();
Recurse_IV6 (key, key[0]);
}
if (k == 3)
{
Process_IV65();
Process_IV39n (0x2CE8A84E);
Recurse_IV7 (key, iv);
}
key[14] += 0x1579CA5 - iv;
if (k == 1)
{
Process_IV35();
Process_IV64();
Recurse_IV8 (key, iv);
}
if (k == 6)
{
Process_IV20n (0xF77014A1);
Process_IV66();
Recurse_IV9 (key, iv);
}
key[8] -= 78 * key[1];
if (k == 13)
{
Process_IV20n (0xE11B2300);
Process_IV47n (0xF6AF31E);
Recurse_IV22 (key, key[14]);
}
if (k == 2)
{
Process_IV48();
Process_IV52n (0x3F2AE8C);
Recurse_IV23 (key, key[13]);
}
key[16] = rotr32 (key[16], key[15] | 30);
if (!k)
{
Process_IV36n (0xA3E0B000);
Process_IV44();
Recurse_IV24 (key, key[7]);
Process_IV49n (0x1985DC2F);
Process_IV32();
Recurse_IV1 (key, key[6]);
}
key[8] -= 12 * key[18];
if (k == 4)
{
Process_IV69();
Process_IV70();
Recurse_IV2 (key, iv);
}
if (k == 3)
{
Process_IV33n (0x467538B);
Process_IV40();
Recurse_IV3 (key, key[1]);
}
key[14] ^= u32cos(key[5]) ? 0x579B4B85 : key[6];
if (k == 2)
{
Process_IV64();
Process_IV57();
Recurse_IV4 (key, key[10]);
}
if (k == 5)
{
Process_IV38();
Process_IV10();
Recurse_IV5 (key, iv);
}
key[10] += 0x3575DC9 * key[13];
if (k == 7)
{
Process_IV50();
Process_IV16n (0xB8AD3ED9);
Recurse_IV6 (key, key[16]);
Process_IV29n (0xC279F292);
Process_IV48();
Recurse_IV7 (key, key[16]);
}
if (k == 8)
{
Process_IV2();
Process_IV45();
Recurse_IV8 (key, key[14]);
}
key[4] ^= key[5] & 0x136008B9;
if (k == 6)
{
Process_IV66();
Process_IV10();
Recurse_IV9 (key, key[4]);
}
key[3] ^= 0x29909382 + key[13];
return iv;
}
u32 Expand_IV5 (u32 * const key, u32 iv)
{
u32 k = key[13] & 15;
if (k == 1)
{
Process_IV19();
Process_IV42();
Recurse_IV17 (key, iv);
}
iv += 0xCB72BB0E + key[10];
if (!k)
{
Process_IV54();
Process_IV32();
Recurse_IV18 (key, key[0]);
}
if (k == 5)
{
Process_IV2();
Process_IV20n (0xB856B2D0);
Recurse_IV19 (key, key[3]);
}
key[7] += 0x72A1B49 - key[6];
if (k == 1)
{
Process_IV26();
Process_IV65();
Recurse_IV20 (key, key[15]);
}
if (k == 4)
{
Process_IV9();
Process_IV47n (0x391FA13E);
Recurse_IV21 (key, iv);
}
key[17] += u32cos(key[16]) ? 0xD1C5DCA : key[10];
if (k == 11)
{
Process_IV5();
Process_IV43();
Recurse_IV22 (key, key[5]);
}
if (k == 14)
{
Process_IV52n (0x7999A714);
Process_IV33n (0x2AF3A443);
Recurse_IV23 (key, key[3]);
}
iv += 0xA4631CA4 & key[0];
if (k == 10)
{
Process_IV45();
Process_IV25();
Recurse_IV24 (key, key[6]);
}
if (k == 3)
{
Process_IV55();
Process_IV59();
Recurse_IV1 (key, key[11]);
}
key[18] = rotl32 (key[18], u32root (key[13]));
if (k == 2)
{
Process_IV29n (0x255DB12E);
Process_IV63n (0x8570A62A);
Recurse_IV2 (key, key[19]);
}
iv += key[12] & 0x3EB958F;
if (k == 13)
{
Process_IV2();
Process_IV50();
Recurse_IV3 (key, key[19]);
}
if (k == 2)
{
Process_IV12();
Process_IV30n (0xFD54B81D);
Recurse_IV4 (key, iv);
}
key[10] *= 61 * iv;
if (k == 15)
{
Process_IV65();
Process_IV43();
Recurse_IV17 (key, key[9]);
}
if (!k)
{
Process_IV48();
Process_IV12();
Recurse_IV18 (key, key[17]);
}
iv = rotl32 (iv, key[16]);
if (k == 9)
{
Process_IV3n (0xD59BE521);
Process_IV39n (0x59621E0F);
Recurse_IV19 (key, key[6]);
}
if (k == 7)
{
Process_IV55();
Process_IV51n (0x56A3C69F);
Recurse_IV20 (key, key[4]);
}
key[16] -= (key[5] < 0x4DEA623B) ? key[5] : key[2];
if (k == 8)
{
Process_IV20n (0x74905F34);
Process_IV3n (0x99B3E5F0);
Recurse_IV21(key, key[10]);
}
if (k == 6)
{
Process_IV45();
Process_IV53();
Recurse_IV22 (key, key[11]);
}
key[14] = rotr32 (key[14], u32sin(key[19]) ? 27 : key[5]);
if (k == 12)
{
Process_IV6();
Process_IV54();
Recurse_IV23 (key, key[12]);
}
return iv * (iv - 0x497488D1);
}
u32 Expand_IV22 (u32 * const key, u32 iv)
{
u32 k = (iv ^ key[2] ^ key[6]) % 11;
key[17] = rotr32 (key[17], iv - 7);
if (k == 8)
{
Process_IV39n (0x74FA76D5);
Process_IV62n (0x6D3C052C);
Process_IV71n (key[19]);
}
key[16] -= 0xF9263500 & key[8];
if (!k)
{
Process_IV66();
Process_IV55();
Process_IV72n (key[14]);
}
iv += (key[9] ^ 0x32C5F54);
if (k == 1)
{
Process_IV47n (0x187AA563);
Process_IV44();
Recurse_IV13 (key, iv);
}
key[15] += (key[4] < 0x763BB14) ? key[4] : iv;
if (k == 6)
{
Process_IV28();
Process_IV63n (0x290286CE);
Recurse_IV14 (key, key[18]);
}
key[4] += key[11] + 0x1B2FADB0;
if (k == 10)
{
Process_IV37();
Process_IV26();
Recurse_IV15 (key, key[14]);
}
iv &= key[3] & 0x4E081541;
if (k == 9)
{
Process_IV55();
Process_IV3n (0xD89C09D3);
Recurse_IV16 (key, key[14]);
}
key[18] ^= (iv < 0x22E75CE0) ? iv : key[3];
if (k == 4)
{
Process_IV32();
Process_IV20n (0x309C6D30);
Recurse_IV17 (key, iv);
}
iv |= rotl32 (key[14], 102);
if (k == 3)
{
Process_IV41();
Process_IV12();
Recurse_IV18 (key, iv);
}
key[3] += rotr32 (iv, 19);
if (k == 2)
{
Process_IV65();
Process_IV7n (0x33822AB7);
Recurse_IV19 (key, iv);
}
key[9] ^= 52 * key[7];
if (k == 5)
{
Process_IV35();
Process_IV16n (0xD0D19C61);
Recurse_IV20 (key, key[1]);
}
iv *= 0xB1DB36B2 * key[0];
if (!k)
{
Process_IV19();
Process_IV58n (0xCE82C1C);
Recurse_IV21 (key, key[17]);
}
key[10] *= (key[17] < 0xD066ADA) ? key[17] : iv;
return iv;
}
u32 Expand_IV6 (u32 * const key, u32 iv)
{
u32 k = (key[11] ^ key[6] ^ key[4]) & 15;
if (k == 2)
{
Process_IV11();
Process_IV5();
Recurse_IV18 (key, iv);
}
key[10] |= rotr32 (iv, 6);
if (k == 14)
{
Process_IV37();
Process_IV31();
Recurse_IV19 (key, key[18]);
}
if (k == 9)
{
Process_IV43();
Process_IV58n (0x13BC76D5);
Recurse_IV20 (key, key[1]);
}
iv &= u32sin(key[11]) ? 0xDA03B206 : key[15];
if (k == 12)
{
Process_IV37();
Process_IV2();
Recurse_IV21 (key, key[0]);
}
if (k == 3)
{
Process_IV41();
Process_IV59();
Recurse_IV22 (key, iv);
}
key[14] ^= 83 * key[14];
if (k == 7)
{
Process_IV41();
Process_IV59();
Recurse_IV23 (key, key[12]);
}
if (k == 11)
{
Process_IV6();
Process_IV40();
Recurse_IV24 (key, key[10]);
}
key[11] -= u32sin(iv) ? 0xCA758BFB : key[12];
if (k == 10)
{
Process_IV66();
Process_IV38();
Recurse_IV1 (key, iv);
}
if (k == 8)
{
Process_IV26();
Process_IV67n (0x26B5176D);
Recurse_IV2 (key, key[14]);
}
iv *= 0xACA6EF1E ^ key[1];
if (k == 13)
{
Process_IV44();
Process_IV24();
Recurse_IV3 (key, iv);
}
if (k == 6)
{
Process_IV44();
Process_IV48();
Recurse_IV4 (key, key[13]);
}
iv += 41 * key[11];
if (k == 3)
{
Process_IV17();
Process_IV46();
Recurse_IV5 (key, key[17]);
}
if (k == 1)
{
Process_IV54();
Process_IV10();
Recurse_IV18 (key, iv);
}
key[8] += 35 * key[6];
if (k == 4)
{
Process_IV50();
Process_IV48();
Recurse_IV19 (key, key[1]);
}
if (k == 1)
{
Process_IV47n (0x909F);
Process_IV44();
Recurse_IV20 (key, key[2]);
}
key[11] *= key[12] - 0x48766E9C;
if (!k)
{
Process_IV7n (0x29B6BEC0);
Process_IV68n (0x5233F757);
Recurse_IV21 (key, key[9]);
}
if (k == 15)
{
Process_IV59();
Process_IV28();
Recurse_IV22 (key, iv);
}
key[3] += u32root (key[15]);
if (k == 5)
{
Process_IV4();
Process_IV28();
Recurse_IV23 (key, key[1]);
}
key[4] = rotl32 (key[4], u32sin(key[12]) ? 13 : key[14]);
if (k == 2)
{
Process_IV4();
Process_IV65();
Recurse_IV24 (key, key[4]);
}
if (!k)
{
Process_IV40();
Process_IV21();
Recurse_IV1 (key, key[5]);
}
key[5] &= 97 * key[16];
return iv;
}
u32 Expand_IV23 (u32 * const key, u32 iv)
{
u32 k = (key[6] ^ iv ^ key[5]) % 12;
if (k == 2)
{
Process_IV43();
Process_IV19();
Process_IV71n (key[11]);
}
key[17] = rotl32 (key[17], key[5] - 0x2E74D55C);
if (k == 9)
{
Process_IV49n (0x6E337D8D);
Process_IV29n (0xEC7C0E9);
Process_IV72n (key[10]);
}
iv = rotl32 (iv, 0x3FCB120B + key[2]);
if (k == 11)
{
Process_IV61n (0xAF5BAF57);
Process_IV14();
Recurse_IV13 (key, iv);
}
key[14] |= 0x3FC983D0 + iv;
if (k == 8)
{
Process_IV62n (0x59806A89);
Process_IV38();
Recurse_IV14 (key, key[2]);
}
if (k == 10)
{
Process_IV23();
Process_IV6();
Recurse_IV15 (key, key[2]);
}
key[10] = rotl32 (key[10], u32cos(key[11]) ? 0x3FC983D0 : key[11]);
if (!k)
{
Process_IV62n (0x50F929B8);
Process_IV70();
Recurse_IV16 (key, iv);
}
key[0] += key[2] + 0x56775D25;
if (k == 6)
{
Process_IV52n (0x717422DD);
Process_IV41();
Recurse_IV17 (key, iv);
}
iv |= 123 * key[9];
if (k == 1)
{
Process_IV4();
Process_IV24();
Recurse_IV18 (key, key[6]);
}
if (k == 5)
{
Process_IV3n (0x693CB362);
Process_IV38();
Recurse_IV19 (key, key[0]);
}
key[8] = rotr32 (key[8], (iv < 0x48821AB) ? iv : key[8]);
if (!k)
{
Process_IV43();
Process_IV62n (0x56278C42);
Recurse_IV20 (key, key[10]);
}
key[12] ^= 48 * key[18];
if (k == 3)
{
Process_IV59();
Process_IV16n (0xD061FA2F);
Recurse_IV21 (key, key[17]);
}
key[18] |= 58 * key[4];
if (k == 7)
{
Process_IV4();
Process_IV70();
Recurse_IV22 (key, key[5]);
}
if (k == 4)
{
Process_IV21();
Process_IV56();
Process_IV71n (key[4]);
}
key[5] ^= u32cos(key[8]) ? 0x16925B88 : key[8];
return iv;
}
u32 Expand_IV20 (u32 * const key, u32 iv)
{
u32 k = (iv ^ key[7] ^ key[12]) % 9;
iv = rotr32 (iv, u32root (iv));
if (k == 8)
{
Process_IV46();
Process_IV29n (0x141586A);
Process_IV71n (key[15]);
}
key[4] += 15 * key[16];
if (!k)
{
Process_IV16n (0x1CB835FD);
Process_IV63n (0x835400E0);
Process_IV72n (key[16]);
}
key[10] ^= rotr32 (key[15], 30);
if (k == 1)
{
Process_IV13();
Process_IV42();
Recurse_IV13 (key, iv);
}
key[7] -= u32sin(iv) ? 0x0D93E92C : key[16];
if (k == 2)
{
Process_IV68n (0x66E0FF5C);
Process_IV59();
Recurse_IV14 (key, key[17]);
}
key[6] *= rotr32 (key[10], 7);
if (k == 6)
{
Process_IV15();
Process_IV55();
Recurse_IV15 (key, key[14]);
}
iv -= 90 * key[16];
if (k == 4)
{
Process_IV6();
Process_IV39n (0x7C7D7E42);
Recurse_IV16 (key, key[4]);
}
key[3] -= key[16] & 0xEFF9DB02;
if (!k)
{
Process_IV15();
Process_IV66();
Recurse_IV17 (key, key[13]);
}
iv += u32cos(key[19]) ? 0x39AEBDF : key[5];
if (k == 7)
{
Process_IV64();
Process_IV59();
Recurse_IV18 (key, key[6]);
}
key[13] |= u32root (key[10]);
if (k == 5)
{
Process_IV25();
Process_IV68n (0x54AE62D0);
Recurse_IV19 (key, key[14]);
}
iv = rotl32 (iv, 26 * iv);
key[14] -= u32sin(key[1]) ? 0xB95DC2D3 : key[18];
return iv;
}
u32 Expand_IV1 (u32 * const key, u32 iv)
{
u32 k = (key[13] ^ key[12] ^ key[8]) % 14;
if (!k)
{
Process_IV38();
Process_IV4();
Recurse_IV13 (key, key[10]);
}
key[10] *= 87 * key[9];
if (k == 13)
{
Process_IV39n (0x2F378459);
Process_IV8();
Recurse_IV14 (key, key[15]);
}
if (k == 11)
{
Process_IV40();
Process_IV41();
Recurse_IV15 (key, key[7]);
}
iv *= key[13] - 0x1B6664FC;
if (k == 10)
{
Process_IV42();
Process_IV1();
Recurse_IV16 (key, key[7]);
}
key[19] = rotr32 (key[19], u32root (key[18]));
if (k == 4)
{
Process_IV39n (0x55CE2E77);
Process_IV43();
Recurse_IV17 (key, iv);
}
if (k == 2)
{
Process_IV44();
Process_IV3n (0xEEDD2781);
Recurse_IV18 (key, key[19]);
}
key[17] += u32root (key[3]);
if (k == 12)
{
Process_IV8();
Process_IV45();
Recurse_IV19 (key, key[4]);
}
key[2] *= iv + 0x3D4CFA4F;
if (k == 9)
{
Process_IV46();
Process_IV19();
Recurse_IV20 (key, iv);
}
if (k == 1)
{
Process_IV33n (0x1FA79443);
Process_IV47n (0x13951A5E);
Recurse_IV21 (key, key[6]);
}
key[12] *= 79 * key[6];
if (k == 6)
{
Process_IV11();
Process_IV3n (0x6F001987);
Recurse_IV22 (key, key[17]);
}
key[3] &= u32sin(key[17]) ? 0x4C35C59A : iv;
if (k == 3)
{
Process_IV48();
Process_IV14();
Recurse_IV23 (key, key[11]);
}
if (k == 5)
{
Process_IV47n (0xE2AEC47F);
Process_IV35();
Recurse_IV24 (key, iv);
}
key[10] = rotl32 (key[10], 25 * key[16]);
if (!k)
{
Process_IV28();
Process_IV4();
Recurse_IV13 (key, iv);
}
key[15] += 0xC7308059 - key[10];
if (k == 8)
{
Process_IV49n (0x36292555);
Process_IV37();
Recurse_IV14 (key, iv);
}
if (k == 7)
{
Process_IV46();
Process_IV50();
Recurse_IV15 (key, key[12]);
}
key[1] ^= iv & 0xF42F3BCF;
return iv;
}
int
main (void)
{
ASSERT (rotl8 (42, 0) == 42);
ASSERT (rotl8 (42, 1) == 84);
ASSERT (rotl8 (42, 2) == 168);
ASSERT (rotl8 (42, 3) == 81);
ASSERT (rotl8 (42, 4) == 162);
ASSERT (rotl8 (42, 5) == 69);
ASSERT (rotl8 (42, 6) == 138);
ASSERT (rotl8 (42, 7) == 21);
ASSERT (rotl8 (42, 8) == 42);
ASSERT (rotr8 (42, 0) == 42);
ASSERT (rotr8 (42, 1) == 21);
ASSERT (rotr8 (42, 2) == 138);
ASSERT (rotr8 (42, 3) == 69);
ASSERT (rotr8 (42, 4) == 162);
ASSERT (rotr8 (42, 5) == 81);
ASSERT (rotr8 (42, 6) == 168);
ASSERT (rotr8 (42, 7) == 84);
ASSERT (rotr8 (42, 8) == 42);
ASSERT (rotl16 (43981, 0) == 43981);
ASSERT (rotl16 (43981, 1) == 22427);
ASSERT (rotl16 (43981, 2) == 44854);
ASSERT (rotl16 (43981, 3) == 24173);
ASSERT (rotl16 (43981, 4) == 48346);
ASSERT (rotl16 (43981, 5) == 31157);
ASSERT (rotl16 (43981, 6) == 62314);
ASSERT (rotl16 (43981, 7) == 59093);
ASSERT (rotl16 (43981, 8) == 52651);
ASSERT (rotl16 (43981, 9) == 39767);
ASSERT (rotl16 (43981, 10) == 13999);
ASSERT (rotl16 (43981, 11) == 27998);
ASSERT (rotl16 (43981, 12) == 55996);
ASSERT (rotl16 (43981, 13) == 46457);
ASSERT (rotl16 (43981, 14) == 27379);
ASSERT (rotl16 (43981, 15) == 54758);
ASSERT (rotl16 (43981, 16) == 43981);
ASSERT (rotr16 (43981, 0) == 43981);
ASSERT (rotr16 (43981, 1) == 54758);
ASSERT (rotr16 (43981, 2) == 27379);
ASSERT (rotr16 (43981, 3) == 46457);
ASSERT (rotr16 (43981, 4) == 55996);
ASSERT (rotr16 (43981, 5) == 27998);
ASSERT (rotr16 (43981, 6) == 13999);
ASSERT (rotr16 (43981, 7) == 39767);
ASSERT (rotr16 (43981, 8) == 52651);
ASSERT (rotr16 (43981, 9) == 59093);
ASSERT (rotr16 (43981, 10) == 62314);
ASSERT (rotr16 (43981, 11) == 31157);
ASSERT (rotr16 (43981, 12) == 48346);
ASSERT (rotr16 (43981, 13) == 24173);
ASSERT (rotr16 (43981, 14) == 44854);
ASSERT (rotr16 (43981, 15) == 22427);
ASSERT (rotr16 (43981, 16) == 43981);
ASSERT (rotl32 (2309737967U, 1) == 324508639U);
ASSERT (rotl32 (2309737967U, 2) == 649017278U);
ASSERT (rotl32 (2309737967U, 3) == 1298034556U);
ASSERT (rotl32 (2309737967U, 4) == 2596069112U);
ASSERT (rotl32 (2309737967U, 5) == 897170929U);
ASSERT (rotl32 (2309737967U, 6) == 1794341858U);
ASSERT (rotl32 (2309737967U, 7) == 3588683716U);
ASSERT (rotl32 (2309737967U, 8) == 2882400137U);
ASSERT (rotl32 (2309737967U, 9) == 1469832979U);
ASSERT (rotl32 (2309737967U, 10) == 2939665958U);
ASSERT (rotl32 (2309737967U, 11) == 1584364621U);
ASSERT (rotl32 (2309737967U, 12) == 3168729242U);
ASSERT (rotl32 (2309737967U, 13) == 2042491189U);
ASSERT (rotl32 (2309737967U, 14) == 4084982378U);
ASSERT (rotl32 (2309737967U, 15) == 3874997461U);
ASSERT (rotl32 (2309737967U, 16) == 3455027627U);
ASSERT (rotl32 (2309737967U, 17) == 2615087959U);
ASSERT (rotl32 (2309737967U, 18) == 935208623U);
ASSERT (rotl32 (2309737967U, 19) == 1870417246U);
ASSERT (rotl32 (2309737967U, 20) == 3740834492U);
ASSERT (rotl32 (2309737967U, 21) == 3186701689U);
ASSERT (rotl32 (2309737967U, 22) == 2078436083U);
ASSERT (rotl32 (2309737967U, 23) == 4156872166U);
ASSERT (rotl32 (2309737967U, 24) == 4018777037U);
ASSERT (rotl32 (2309737967U, 25) == 3742586779U);
ASSERT (rotl32 (2309737967U, 26) == 3190206263U);
ASSERT (rotl32 (2309737967U, 27) == 2085445231U);
ASSERT (rotl32 (2309737967U, 28) == 4170890462U);
ASSERT (rotl32 (2309737967U, 29) == 4046813629U);
ASSERT (rotl32 (2309737967U, 30) == 3798659963U);
ASSERT (rotl32 (2309737967U, 31) == 3302352631U);
ASSERT (rotr32 (2309737967U, 1) == 3302352631lU);
ASSERT (rotr32 (2309737967U, 2) == 3798659963lU);
ASSERT (rotr32 (2309737967U, 3) == 4046813629lU);
ASSERT (rotr32 (2309737967U, 4) == 4170890462lU);
ASSERT (rotr32 (2309737967U, 5) == 2085445231lU);
ASSERT (rotr32 (2309737967U, 6) == 3190206263lU);
ASSERT (rotr32 (2309737967U, 7) == 3742586779lU);
ASSERT (rotr32 (2309737967U, 8) == 4018777037lU);
ASSERT (rotr32 (2309737967U, 9) == 4156872166lU);
ASSERT (rotr32 (2309737967U, 10) == 2078436083lU);
ASSERT (rotr32 (2309737967U, 11) == 3186701689lU);
ASSERT (rotr32 (2309737967U, 12) == 3740834492lU);
ASSERT (rotr32 (2309737967U, 13) == 1870417246lU);
ASSERT (rotr32 (2309737967U, 14) == 935208623lU);
ASSERT (rotr32 (2309737967U, 15) == 2615087959lU);
ASSERT (rotr32 (2309737967U, 16) == 3455027627lU);
ASSERT (rotr32 (2309737967U, 17) == 3874997461lU);
ASSERT (rotr32 (2309737967U, 18) == 4084982378lU);
ASSERT (rotr32 (2309737967U, 19) == 2042491189lU);
ASSERT (rotr32 (2309737967U, 20) == 3168729242lU);
ASSERT (rotr32 (2309737967U, 21) == 1584364621lU);
ASSERT (rotr32 (2309737967U, 22) == 2939665958lU);
ASSERT (rotr32 (2309737967U, 23) == 1469832979lU);
ASSERT (rotr32 (2309737967U, 24) == 2882400137lU);
ASSERT (rotr32 (2309737967U, 25) == 3588683716lU);
ASSERT (rotr32 (2309737967U, 26) == 1794341858lU);
ASSERT (rotr32 (2309737967U, 27) == 897170929lU);
ASSERT (rotr32 (2309737967U, 28) == 2596069112lU);
ASSERT (rotr32 (2309737967U, 29) == 1298034556lU);
ASSERT (rotr32 (2309737967U, 30) == 649017278lU);
ASSERT (rotr32 (2309737967U, 31) == 324508639lU);
#ifdef UINT64_MAX
ASSERT (rotl64 (16045690984503098046ULL, 1) == 13644637895296644477ULL);
ASSERT (rotl64 (16045690984503098046ULL, 2) == 8842531716883737339ULL);
ASSERT (rotl64 (16045690984503098046ULL, 3) == 17685063433767474678ULL);
ASSERT (rotl64 (16045690984503098046ULL, 4) == 16923382793825397741ULL);
ASSERT (rotl64 (16045690984503098046ULL, 5) == 15400021513941243867ULL);
ASSERT (rotl64 (16045690984503098046ULL, 6) == 12353298954172936119ULL);
ASSERT (rotl64 (16045690984503098046ULL, 7) == 6259853834636320623ULL);
ASSERT (rotl64 (16045690984503098046ULL, 8) == 12519707669272641246ULL);
ASSERT (rotl64 (16045690984503098046ULL, 9) == 6592671264835730877ULL);
ASSERT (rotl64 (16045690984503098046ULL, 10) == 13185342529671461754ULL);
ASSERT (rotl64 (16045690984503098046ULL, 11) == 7923940985633371893ULL);
ASSERT (rotl64 (16045690984503098046ULL, 12) == 15847881971266743786ULL);
ASSERT (rotl64 (16045690984503098046ULL, 13) == 13249019868823935957ULL);
ASSERT (rotl64 (16045690984503098046ULL, 14) == 8051295663938320299ULL);
ASSERT (rotl64 (16045690984503098046ULL, 15) == 16102591327876640598ULL);
ASSERT (rotl64 (16045690984503098046ULL, 16) == 13758438582043729581ULL);
ASSERT (rotl64 (16045690984503098046ULL, 17) == 9070133090377907547ULL);
ASSERT (rotl64 (16045690984503098046ULL, 18) == 18140266180755815094ULL);
ASSERT (rotl64 (16045690984503098046ULL, 19) == 17833788287802078573ULL);
ASSERT (rotl64 (16045690984503098046ULL, 20) == 17220832501894605531ULL);
ASSERT (rotl64 (16045690984503098046ULL, 21) == 15994920930079659447ULL);
ASSERT (rotl64 (16045690984503098046ULL, 22) == 13543097786449767279ULL);
ASSERT (rotl64 (16045690984503098046ULL, 23) == 8639451499189982943ULL);
ASSERT (rotl64 (16045690984503098046ULL, 24) == 17278902998379965886ULL);
ASSERT (rotl64 (16045690984503098046ULL, 25) == 16111061923050380157ULL);
ASSERT (rotl64 (16045690984503098046ULL, 26) == 13775379772391208699ULL);
ASSERT (rotl64 (16045690984503098046ULL, 27) == 9104015471072865783ULL);
ASSERT (rotl64 (16045690984503098046ULL, 28) == 18208030942145731566ULL);
ASSERT (rotl64 (16045690984503098046ULL, 29) == 17969317810581911517ULL);
ASSERT (rotl64 (16045690984503098046ULL, 30) == 17491891547454271419ULL);
ASSERT (rotl64 (16045690984503098046ULL, 31) == 16537039021198991223ULL);
ASSERT (rotl64 (16045690984503098046ULL, 32) == 14627333968688430831ULL);
ASSERT (rotl64 (16045690984503098046ULL, 33) == 10807923863667310047ULL);
ASSERT (rotl64 (16045690984503098046ULL, 34) == 3169103653625068479ULL);
ASSERT (rotl64 (16045690984503098046ULL, 35) == 6338207307250136958ULL);
ASSERT (rotl64 (16045690984503098046ULL, 36) == 12676414614500273916ULL);
ASSERT (rotl64 (16045690984503098046ULL, 37) == 6906085155290996217ULL);
ASSERT (rotl64 (16045690984503098046ULL, 38) == 13812170310581992434ULL);
ASSERT (rotl64 (16045690984503098046ULL, 39) == 9177596547454433253ULL);
ASSERT (rotl64 (16045690984503098046ULL, 40) == 18355193094908866506ULL);
ASSERT (rotl64 (16045690984503098046ULL, 41) == 18263642116108181397ULL);
ASSERT (rotl64 (16045690984503098046ULL, 42) == 18080540158506811179ULL);
ASSERT (rotl64 (16045690984503098046ULL, 43) == 17714336243304070743ULL);
ASSERT (rotl64 (16045690984503098046ULL, 44) == 16981928412898589871ULL);
ASSERT (rotl64 (16045690984503098046ULL, 45) == 15517112752087628127ULL);
ASSERT (rotl64 (16045690984503098046ULL, 46) == 12587481430465704639ULL);
ASSERT (rotl64 (16045690984503098046ULL, 47) == 6728218787221857663ULL);
ASSERT (rotl64 (16045690984503098046ULL, 48) == 13456437574443715326ULL);
ASSERT (rotl64 (16045690984503098046ULL, 49) == 8466131075177879037ULL);
ASSERT (rotl64 (16045690984503098046ULL, 50) == 16932262150355758074ULL);
ASSERT (rotl64 (16045690984503098046ULL, 51) == 15417780227001964533ULL);
ASSERT (rotl64 (16045690984503098046ULL, 52) == 12388816380294377451ULL);
ASSERT (rotl64 (16045690984503098046ULL, 53) == 6330888686879203287ULL);
ASSERT (rotl64 (16045690984503098046ULL, 54) == 12661777373758406574ULL);
ASSERT (rotl64 (16045690984503098046ULL, 55) == 6876810673807261533ULL);
ASSERT (rotl64 (16045690984503098046ULL, 56) == 13753621347614523066ULL);
ASSERT (rotl64 (16045690984503098046ULL, 57) == 9060498621519494517ULL);
ASSERT (rotl64 (16045690984503098046ULL, 58) == 18120997243038989034ULL);
ASSERT (rotl64 (16045690984503098046ULL, 59) == 17795250412368426453ULL);
ASSERT (rotl64 (16045690984503098046ULL, 60) == 17143756751027301291ULL);
ASSERT (rotl64 (16045690984503098046ULL, 61) == 15840769428345050967ULL);
ASSERT (rotl64 (16045690984503098046ULL, 62) == 13234794782980550319ULL);
ASSERT (rotl64 (16045690984503098046ULL, 63) == 8022845492251549023ULL);
ASSERT (rotr64 (16045690984503098046ULL, 1) == 8022845492251549023ULL);
ASSERT (rotr64 (16045690984503098046ULL, 2) == 13234794782980550319ULL);
ASSERT (rotr64 (16045690984503098046ULL, 3) == 15840769428345050967ULL);
ASSERT (rotr64 (16045690984503098046ULL, 4) == 17143756751027301291ULL);
ASSERT (rotr64 (16045690984503098046ULL, 5) == 17795250412368426453ULL);
ASSERT (rotr64 (16045690984503098046ULL, 6) == 18120997243038989034ULL);
ASSERT (rotr64 (16045690984503098046ULL, 7) == 9060498621519494517ULL);
ASSERT (rotr64 (16045690984503098046ULL, 8) == 13753621347614523066ULL);
ASSERT (rotr64 (16045690984503098046ULL, 9) == 6876810673807261533ULL);
ASSERT (rotr64 (16045690984503098046ULL, 10) == 12661777373758406574ULL);
ASSERT (rotr64 (16045690984503098046ULL, 11) == 6330888686879203287ULL);
ASSERT (rotr64 (16045690984503098046ULL, 12) == 12388816380294377451ULL);
ASSERT (rotr64 (16045690984503098046ULL, 13) == 15417780227001964533ULL);
ASSERT (rotr64 (16045690984503098046ULL, 14) == 16932262150355758074ULL);
ASSERT (rotr64 (16045690984503098046ULL, 15) == 8466131075177879037ULL);
ASSERT (rotr64 (16045690984503098046ULL, 16) == 13456437574443715326ULL);
ASSERT (rotr64 (16045690984503098046ULL, 17) == 6728218787221857663ULL);
ASSERT (rotr64 (16045690984503098046ULL, 18) == 12587481430465704639ULL);
ASSERT (rotr64 (16045690984503098046ULL, 19) == 15517112752087628127ULL);
ASSERT (rotr64 (16045690984503098046ULL, 20) == 16981928412898589871ULL);
ASSERT (rotr64 (16045690984503098046ULL, 21) == 17714336243304070743ULL);
ASSERT (rotr64 (16045690984503098046ULL, 22) == 18080540158506811179ULL);
ASSERT (rotr64 (16045690984503098046ULL, 23) == 18263642116108181397ULL);
ASSERT (rotr64 (16045690984503098046ULL, 24) == 18355193094908866506ULL);
ASSERT (rotr64 (16045690984503098046ULL, 25) == 9177596547454433253ULL);
ASSERT (rotr64 (16045690984503098046ULL, 26) == 13812170310581992434ULL);
ASSERT (rotr64 (16045690984503098046ULL, 27) == 6906085155290996217ULL);
ASSERT (rotr64 (16045690984503098046ULL, 28) == 12676414614500273916ULL);
ASSERT (rotr64 (16045690984503098046ULL, 29) == 6338207307250136958ULL);
ASSERT (rotr64 (16045690984503098046ULL, 30) == 3169103653625068479ULL);
ASSERT (rotr64 (16045690984503098046ULL, 31) == 10807923863667310047ULL);
ASSERT (rotr64 (16045690984503098046ULL, 32) == 14627333968688430831ULL);
ASSERT (rotr64 (16045690984503098046ULL, 33) == 16537039021198991223ULL);
ASSERT (rotr64 (16045690984503098046ULL, 34) == 17491891547454271419ULL);
ASSERT (rotr64 (16045690984503098046ULL, 35) == 17969317810581911517ULL);
ASSERT (rotr64 (16045690984503098046ULL, 36) == 18208030942145731566ULL);
ASSERT (rotr64 (16045690984503098046ULL, 37) == 9104015471072865783ULL);
ASSERT (rotr64 (16045690984503098046ULL, 38) == 13775379772391208699ULL);
ASSERT (rotr64 (16045690984503098046ULL, 39) == 16111061923050380157ULL);
ASSERT (rotr64 (16045690984503098046ULL, 40) == 17278902998379965886ULL);
ASSERT (rotr64 (16045690984503098046ULL, 41) == 8639451499189982943ULL);
ASSERT (rotr64 (16045690984503098046ULL, 42) == 13543097786449767279ULL);
ASSERT (rotr64 (16045690984503098046ULL, 43) == 15994920930079659447ULL);
ASSERT (rotr64 (16045690984503098046ULL, 44) == 17220832501894605531ULL);
ASSERT (rotr64 (16045690984503098046ULL, 45) == 17833788287802078573ULL);
ASSERT (rotr64 (16045690984503098046ULL, 46) == 18140266180755815094ULL);
ASSERT (rotr64 (16045690984503098046ULL, 47) == 9070133090377907547ULL);
ASSERT (rotr64 (16045690984503098046ULL, 48) == 13758438582043729581ULL);
ASSERT (rotr64 (16045690984503098046ULL, 49) == 16102591327876640598ULL);
ASSERT (rotr64 (16045690984503098046ULL, 50) == 8051295663938320299ULL);
ASSERT (rotr64 (16045690984503098046ULL, 51) == 13249019868823935957ULL);
ASSERT (rotr64 (16045690984503098046ULL, 52) == 15847881971266743786ULL);
ASSERT (rotr64 (16045690984503098046ULL, 53) == 7923940985633371893ULL);
ASSERT (rotr64 (16045690984503098046ULL, 54) == 13185342529671461754ULL);
ASSERT (rotr64 (16045690984503098046ULL, 55) == 6592671264835730877ULL);
ASSERT (rotr64 (16045690984503098046ULL, 56) == 12519707669272641246ULL);
ASSERT (rotr64 (16045690984503098046ULL, 57) == 6259853834636320623ULL);
ASSERT (rotr64 (16045690984503098046ULL, 58) == 12353298954172936119ULL);
ASSERT (rotr64 (16045690984503098046ULL, 59) == 15400021513941243867ULL);
ASSERT (rotr64 (16045690984503098046ULL, 60) == 16923382793825397741ULL);
ASSERT (rotr64 (16045690984503098046ULL, 61) == 17685063433767474678ULL);
ASSERT (rotr64 (16045690984503098046ULL, 62) == 8842531716883737339ULL);
ASSERT (rotr64 (16045690984503098046ULL, 63) == 13644637895296644477ULL);
#endif /* UINT64_MAX */
return 0;
}
u32 Expand_IV21 (u32 * const key, u32 iv)
{
u32 k = (key[17] ^ key[16] ^ key[7]) % 10;
key[15] -= 13 * key[7];
if (k == 2)
{
Process_IV28();
Process_IV54();
Process_IV71n (key[14]);
}
key[7] += key[5] ^ 0x28CA4358;
if (k == 1)
{
Process_IV17();
Process_IV30n (0xC14393E2);
Process_IV72n (key[10]);
}
key[10] += iv & 0xE9F1006;
if (k == 9)
{
Process_IV67n (0x3C50D16);
Process_IV2();
Recurse_IV13 (key, iv);
}
key[19] *= (key[0] < 0xB71D9592) ? key[0] : key[14];
if (k == 5)
{
Process_IV16n (0x6481D348);
Process_IV54();
Recurse_IV14 (key, iv);
}
key[16] += 0x7C476077 - key[0];
if (k == 4)
{
Process_IV70();
Process_IV35();
Recurse_IV15 (key, key[10]);
}
iv ^= key[10] << 6;
if (!k)
{
Process_IV25();
Process_IV42();
Recurse_IV16 (key, key[4]);
}
key[3] += u32sin(key[12]) ? 0x7B0CA6E0 : iv;
if (k == 6)
{
Process_IV61n (0xFCD29227);
Process_IV47n (0x3FFF3F1E);
Recurse_IV17 (key, key[2]);
}
iv |= 0x2FF561CA * iv;
if (k == 8)
{
Process_IV62n (0x5BCC4FBE);
Process_IV47n (0x8328D41F);
Recurse_IV18 (key, key[3]);
}
key[14] += rotr32 (key[0], 26);
if (k == 3)
{
Process_IV68n (0x7F1F0A41);
Process_IV37();
Recurse_IV19 (key, iv);
}
key[14] -= (key[6] < 0x2C23ABF1) ? key[6] : key[19];
if (k == 7)
{
Process_IV63n (0x3C12C053);
Process_IV7n (0x302EE99C);
Recurse_IV20 (key, key[17]);
}
key[4] &= 14 * key[11];
return iv;
}
