I wanted to implement Miller Rabin Primality Test for large numbers. I wanted to know how to deal with such huge numbers in C++. Should I w开发者_JAVA技巧rite any special function to store and process
Are there any benchmark on this??? (I tried googling for some results but found none... and I coul开发者_StackOverflowdn\'t test gmpy because gmplib wouldn\'t be installed on my laptop)
Background:I am working on an encryption application, i have the app written in Objective C and now i want to rewrite it in pascal so that it runs on windows. I am using pascal as it is a language i a
Ive tried to create my own implementation of a bignum library I cant seem to get the factorial to work. If I ask it to solve 4!,it gives out 96. It multiplies 4 twice. similarly, 5! is 600, not 120. I
I\'m writing my own bignum class for operating on large numbers. So far I\'ve overloaded the operator= and operator+. How do I perform long division?
#!/usr/bin/perl use strict; use warnings; my $s = \"1234567890.123456789\"; { no bignum; printf \"bignum==%s\\n\", bignum::in_effect() // 0;
I\'ve got a UUID (128-bit number) represented as a decimal num开发者_StackOverflow社区ber and I need to parse it into numeric form in C. My target data structure is a char[16] and using a bignum libra
This arose from a question earlier today on the subject of bignum libraries and gcc specific hacks to the C language. Specifically, these two declarations were used:
This question already has an answer here: 开发者_开发技巧 What is the standard solution in JavaScript for handling big numbers (BigNum)?
In one of my modules, I have to deal with the concept of infinity.To date, I have been using 9**9**9 as positive infinity, and this seems to work well, is fast, and seems to be what perl\'s internals
加载中,请稍侯......