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int check_error(cube_t, char [static 22]);
int
check_error(cube_t cube, char result[static 22])
{
if (!isconsistent(cube)) {
writecube("B32", zero, result);
return 2;
}
return issolvable(cube) ? 0 : 1;
}
int
nissy_compose(
const char cube[static 22],
const char permutation[static 22],
char result[static 22]
)
{
cube_t c, p, res;
c = readcube("B32", cube);
p = readcube("B32", permutation);
res = compose(c, p);
return check_error(res, result);
}
int
nissy_inverse(
const char cube[static 22],
char result[static 22]
);
int nissy_applymoves(
const char cube[static 22],
const char *moves,
char result[static 22]
);
int nissy_applytrans(
const char cube[static 22],
const char *transformation,
char result[static 22]
);
int nissy_frommoves(
const char *moves,
char result[static 22]
);
int nissy_readcube(
const char *format,
const char *cube_string,
char result[static 22]
);
int nissy_writecube(
const char *format,
const char cube[static 22],
char *result
);
int64_t nissy_gendata(
const char *solver,
const char *options,
void *data
);
int64_t nissy_solve(
const char cube[static 22],
const char *solver,
const char *options,
const char *nisstype,
int8_t minmoves,
int8_t maxmoves,
int64_t maxsolutions,
int8_t optimal,
const void *data,
char *solutions
);
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