mykiimike

void compute_session_keys(uint8_t encryptkey[AES128_KEY_LEN],
                uint8_t IV[AES128_KEY_LEN],
                uint8_t integrity[AES128_KEY_LEN],
                uint8_t master_key[AES128_KEY_LEN],
                uint8_t encryption_salt[8]){
 
        uint8_t long_encryptkey[SHA256_DIGEST_LEN];
        uint8_t long_IV[SHA256_DIGEST_LEN];
        uint8_t long_integrity[SHA256_DIGEST_LEN];
 

mykiimike

// var cryptoKey = raw SHA256 Hash

function decypherPayload(payload) {
	
	/* inputs */
	var t = payload.split(",");
	var C = t[0], 
		IV = t[1], 
		Hm = t[2];
	

mykiimike

/*
 * -( nemo2.c )-
 *
 *  2015
 *
 */

#include <stdio.h>
#include <sys/mman.h>
#include <stdlib.h>

mykiimike

String.prototype.safe = function() {
	var s = this.toString().split("/"), r = [];
	for(var a in s) {
		if(s[a] != "..")
			r.push(s[a]);
	}
	r = r.join("/");
	var i = r.indexOf("\0");
	if(i > 0)
		r = r.substr(0, i);

mykiimike

const crypto = require('crypto');


function proofOfSpace(password, salt) {
	var iterate = 500000; // gives ~30Mo on sha256
	var series = [];
	var spaceSize = 0;

	console.log("Generating POS password");
	var last = '';

mykiimike

/*
 * PYSA Website ciphered download links reversed
 * http://pysa2bitc5ldeyfak4seeruqymqs4sj5wt5qkcq7aoyg4h2acqieywad.onion
 */
function addClass(className, element) {
  elements = querySelectorAll(className);
  console.log(elements);
  for (var seed = 0; seed < elements['length']; seed++) {
    elements[seed]['classList']['add'](element)
  }