Displaying 1 result from an estimated 1 matches for "modexp1024".
2012 Mar 02
0
[LLVMdev] General modular and multiprecision arithmetic
...{
_r_1 := Random(Zmod+(q));
_t_1 := (g^_r_1);
}
Def (_s_1): Round2(_C=Int(80) _c) {
_s_1 := (_r_1+(x*_c));
}
}
I have already written a parser and an LLVM front-end for it. The
approach I've used so far was to have external functions modexp1024 (and
cast all inputs to 1024 - the maximal bitsize allowed for my simple
cases), modmul1024 and modadd1024, doing exponentiation, multiplication
and addition, respectively.
So far I've tried to avoid extending LLVM with group types by using
group types only during code generation and backing t...