start:function(opt){
this.verbose = opt.verbose;
this.router = new NodoRouter();
this.claveRSAComun = cryptico.generateRSAKey("VORTEXCAPO", 1024); //ATA
this.clavePublicaComun = cryptico.publicKeyString(this.claveRSAComun); //PINGO
this.portales = [];
},
exports.generate = function(passphrase) {
var Bits = 1024;
var RSAkey = cryptico.generateRSAKey(passphrase, Bits, true);
var PublicKeyString = cryptico.publicKeyString(RSAkey);
var keystore = sjcl.encrypt(passphrase, cryptico.rsa_key_to_string(RSAkey), {adata: PublicKeyString} );
return keystore;
}
request(options, function (error, response, body) {
if(response.statusCode==200)
{
var PassPhrase = req.body.passphrase;
// The length of the RSA key, in bits.
var Bits = 1024;
var MattsRSAkey = cryptico.generateRSAKey(PassPhrase, Bits);
var MattsPublicKeyString = cryptico.publicKeyString(MattsRSAkey);
console.log('Encrypt with Public');
msg_addr = cryptico.encrypt(req.body.line1, MattsPublicKeyString);
msg_dob =cryptico.encrypt(req.body.dob, MattsPublicKeyString);
msg_mail =cryptico.encrypt(req.body.email, MattsPublicKeyString);
msg_name =cryptico.encrypt(req.body.name, MattsPublicKeyString);
msg_ssn =cryptico.encrypt(req.body.ssno, MattsPublicKeyString);
msg_tele =cryptico.encrypt(req.body.mobno, MattsPublicKeyString);
msg_bankaccno =cryptico.encrypt(req.body.bankaccno, MattsPublicKeyString);
msg_clinicinfo =cryptico.encrypt(req.body.clinicinfo, MattsPublicKeyString);
msg_claiminfo =cryptico.encrypt(req.body.claiminfo, MattsPublicKeyString);
var params = {
TableName: 'privatedata',
Item: {
'id' : {N:req.body.userid },
'address' : {S: msg_addr.cipher},
'dob':{S:msg_dob.cipher},
'email':{S:msg_mail.cipher},
'user_name':{S:msg_name.cipher},
'ssn':{S:msg_ssn.cipher},
'telephone':{S:msg_tele.cipher},
'bankAccNo':{S:msg_bankaccno.cipher},
'claimsInfo':{S:msg_claiminfo.cipher},
'clinicalInfo':{S:msg_clinicinfo.cipher}
}
};
console.log("Data after encryption");
console.log(params.Item);
ddb.putItem(params, function(err, data) {
if (err) {
res.send(err);
}
else {
var privateKey = crypto.randomBytes(32);
var msg1 = privateKey.toString('base64');
var publicKey = eccrypto.getPublic((privateKey));
var msg2 = publicKey.toString('base64');
var returndata = {
"status":"Registration Successfull",
"userId":req.body.userid,
"Passphrase":req.body.passphrase,
"Signing Key":msg1,
"Public Key":msg2
};
console.log(returndata);
res.json(returndata);
//res.redirect("/Registration_Success.html");
//console.log(cryptico.decrypt(msg_mail.cipher, MattsRSAkey).plaintext);
}
});
}
});