it( 'signs and verifies correctly', function()
{
var k = crypto.sig_keygen();
var message = 'ff008833';
var message1 = 'ff008831';
var signature = crypto.sign(k.signingKey, message);
expect (crypto.verifsig(k.verificationKey, message, signature)).toBe(true);
expect (crypto.verifsig(k.verificationKey, message1, signature)).toBe(false);
});
var electionID = 'eeee';
var NMixServ = 5;
var NVoters = 50;
var voters = new Array(NVoters);
console.log('************ Initialisation');
// voters identifiers
for (var i=NVoters-1; i>=0; --i) {
voters[i] = 'abc' + i + '@ema.il';
}
// Keys
var colServSigKeys = crypto.sig_keygen();
var colServVerifKey = colServSigKeys.verificationKey;
var mixServPkeKeys = new Array(NMixServ);
var mixServSigKeys = new Array(NMixServ);
for(var i=0; i<NMixServ; i++) {
mixServPkeKeys[i] = crypto.pke_keygen();
mixServSigKeys[i] = crypto.sig_keygen();
}
var mixServEncKeys = mixServPkeKeys.map(function(k){ return k.encryptionKey; });
var mixServVerifKeys = mixServSigKeys.map(function(k){ return k.verificationKey; });
var receipts = new Array(NMixServ);
var userCodes = new Array(NMixServ);
var classpaths = ["../bin", "../lib/*"];
var crypto = require('cryptofunc');
var keysMapsNumber=1
if(process.argv.length > 2)
keysMapsNumber = process.argv[2];
var keysMapsArray = [];
for(var i = 0; i<keysMapsNumber; i++){
var ek = crypto.pke_keygen();
var sk = crypto.sig_keygen();
keysMapsArray[i] = { encryptionKey: ek.encryptionKey,
decryptionKey: ek.decryptionKey,
verificationKey: sk.verificationKey,
signingKey: sk.signingKey
}
console.log(JSON.stringify(keysMapsArray[i]));
}