static __inline u_int64_t s64_1( u_int64_t x)
{
u_int64_t ans = shl(x, 2);
u_int64_t roll_temp = rotl64(x, 43);
ans ^= roll_temp;
ans ^= shr(x, 1);
ans ^= rotr64(roll_temp, 30);
return ans; //(shr((x), 1) ^ shl((x), 2) ^ rotl64((x), 13) ^ rotl64((x), 43));
}
void mugi_init(const void *key, const void *iv, mugi_ctx_t *ctx){
uint8_t i;
uint64_t a0;
memcpy(ctx->a, key, 128/8);
ctx->a[2] = rotl64(ctx->a[0], 7) ^ rotr64(ctx->a[1], 7) ^ C0;
for(i=0; i<16;i++){
mugi_rho_init(ctx->a);
ctx->b[15-i] = ctx->a[0];
}
ctx->a[0] ^= ((uint64_t*)iv)[0];
ctx->a[1] ^= ((uint64_t*)iv)[1];
ctx->a[2] ^= rotl64(((uint64_t*)iv)[0], 7) ^ rotr64(((uint64_t*)iv)[1], 7) ^ C0;
for(i=0; i<16;i++){
mugi_rho_init(ctx->a);
}
for(i=0; i<15;i++){
a0 = ctx->a[0];
mugi_rho(ctx);
mugi_lambda(ctx->b, &a0);
}
a0=0x00;
}
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;
}
static inline uint64_t sigma1 (uint64_t x)
{
return rotr64 (19, x) ^ rotr64 (61, x) ^ shr (6, x);
}
static inline uint64_t sigma0 (uint64_t x)
{
return rotr64 (1, x) ^ rotr64 (8, x) ^ shr (7, x);
}
static inline uint64_t SIGMA1 (uint64_t x)
{
return rotr64 (14, x) ^ rotr64 (18, x) ^ rotr64 (41, x);
}
static inline uint64_t SIGMA0 (uint64_t x)
{
return rotr64 (28, x) ^ rotr64 (34, x) ^ rotr64 (39, x);
}
