Novel implementation of multiple ciphers to harden security.
npm install cubeciphervar decrypt, encrypt, key, pt0, pt1, ref;
ref = require('cubecipher'), encrypt = ref.encrypt, decrypt = ref.decrypt;
key = new Buffer('SecretPassword');
pt0 = new Buffer('SecretInformation');
pt1 = new Buffer(pt0);
encrypt({
key: key,
data: pt1
}, function(err, ciphertext) {
console.log('Encrypted Data',ciphertext);
return decrypt({
key: key,
data: ciphertext
}, function(err, pt2) {
return console.log("Decrypted Data", pt2);
});
});If you plan to be encrypting more than once, you can choose to reuse the derived keys:
var Decryptor, Encryptor, dec, enc, key, pt0, pt1, pt2, ref;
ref = require('cubecipher');
Encryptor = ref.Encryptor;
Decryptor = ref.Decryptor;
key = new Buffer('SecretPassword');
enc = new Encryptor({
key: key
});
dec = new Decryptor({
key: key
});
pt0 = new Buffer('SecretInformation');
pt1 = new Buffer(pt0);
pt2 = new Buffer(pt0);
enc.run({
data: pt1
}, function(err, ct1) {
return enc.run({
data: pt2
}, function(err, ct2) {
return dec.run({
data: ct1
}, function(err, pt3) {
return dec.run({
data: ct2
}, function(err, pt4) {
return console.log('Decrypted Data', pt3, 'and', pt4);
});
});
});
});If you want to resalt derived keys with every encryption, you have an option to ask for that. Otherwise, salt will be reused to speed up encryption (and decryption).
enc.run({
data: pt1
}, function(err, ct1) {
return enc.resalt({}, function() {
return enc.run({
data: pt2
}, function(err, ct2) {});
});
});