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genopri-shcs/project/PPPClient/src/ClientTestSimple.java
9270d993aa95ms_access_migration

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ClientTestSimple.java
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import utils.ClientProperties;
public class ClientTestSimple {
public static void main(String[] args) throws Exception {
ClientProperties props = new ClientProperties("config/config_client.fry.properties");
// testSecrets(props);
// testCryptoSimple(props);
// testPartial(props);
// testDecryption(props);
// testHLAs(props);
testSNPs(props);
}
public static void testSNPs(ClientProperties props) throws Exception {
// int patientId = 19632;
//
// MedUnit mu = new MedUnit(props, -1);
// ECElGamal ecceg = mu.getScheme(patientId);
//
// JSONConnection connect = mu.getConnectSPU();
//
// ArrayList<MarkerEncrypted> markersEnc = new ArrayList<>();
// MarkerEncrypted myMarker = new MarkerEncrypted("rs10211");
// markersEnc.add(myMarker);
// RequestSNPandCF rqt = new RequestSNPandCF(patientId, 0, 0, markersEnc, new ArrayList<Integer>());
//
// JSONObject jsonRqt = new JSONObject();
// jsonRqt.put(Request.JSON_KEY_TYPE, Type.SNP);
// jsonRqt.put(Request.JSON_KEY_RQT, rqt);
// JSONObject jsonAwr = connect.sendReceive(jsonRqt);
// ReplySNPandCF reply = (ReplySNPandCF) jsonAwr.get(Reply.JSON_KEY_REP);
// HashMap<MarkerEncrypted, FragmentEncoded> map = reply.getEncryptedSNPByMarker();
//
// FragmentEncoded encoded = map.get(myMarker);
// RequestDecryption rqtDec = new RequestDecryption(patientId, -1, 0);
// rqtDec.add(encoded);
//
// JSONObject jsonRqtDec = new JSONObject();
// jsonRqtDec.put(Request.JSON_KEY_TYPE, Type.SNP);
// jsonRqtDec.put(Request.JSON_KEY_RQT, rqtDec);
//
// JSONObject jsonDec = connect.sendReceive(jsonRqtDec);
// ReplyDecryption replyDec = (ReplyDecryption) jsonDec.get(Reply.JSON_KEY_REP);
// FragmentPartial partial = replyDec.getPartialCiphers().get(0).decodeFragment(ecceg);
// BigInteger msg = ecceg.fullyDecrypt(partial);
// System.out.println(msg);
}
public static void testHLAs(ClientProperties props) {
// int patiendId = 19632;
//
// MedUnit mu = new MedUnit(props, 0);
//
// String[] hlas = mu.runHLA(patiendId);
// System.out.println(Arrays.toString(hlas));
}
// public static void testSecrets(ClientProperties props) {
// ECCEGKeyGenerator keyGen = new ECCEGKeyGenerator(props.getCurve());
//
// KeyPair pair = keyGen.generateKey();
// BigInteger secret = keyGen.getSecret();
// BigInteger order = keyGen.getOrder();
//
// System.out.println(secret);
// BigInteger composed = BigInteger.valueOf(2L).multiply(pair.getSecretMU().getPrivKey()).subtract(pair.getSecretSPU().getPrivKey()).mod(order);
// System.out.println(composed);
// }
public static void testDecryption(ClientProperties props) throws Exception {
// int patientId = 19632;
// MedUnit mu = new MedUnit(props, 0);
// ECElGamal ecceg = mu.getScheme(patientId);
//
// BigInteger message = new BigInteger("12345");
//
// FragmentEncrypted encrypt = ecceg.encrypt(message);
//
// RequestDecryption rqt = new RequestDecryption(patientId, 0, 0);
// rqt.add(encrypt);
//
// JSONObject jsonRqt = new JSONObject();
// jsonRqt.put(Request.JSON_KEY_TYPE, Type.DECRYPT);
// jsonRqt.put(Request.JSON_KEY_RQT, rqt);
//
// JSONConnection connectSPU = mu.getConnectSPU();
// JSONObject jsonAwr = connectSPU.sendReceive(jsonRqt);
// System.out.println(jsonAwr.toString());
//
// ReplyDecryption reply = (ReplyDecryption) jsonAwr.get(Reply.JSON_KEY_REP);
// FragmentPartialEncoded partialEncoded = reply.getPartialCiphers().get(0);
// FragmentPartial partial = partialEncoded.decodeFragment(ecceg);
//
// BigInteger messageClear = ecceg.fullyDecrypt(partial);
// System.out.println(messageClear);
}
public static void testPartial(ClientProperties props) throws Exception {
//
// File filepathReverse = new File(props.getProperty(ConfigProperties.KEY_REVERSE_TABLE));
// String curve = props.getCurve();
//
// ECCEGKeyGenerator generator = new ECCEGKeyGenerator(curve);
// KeyPair pair = generator.generateKey();
//
// ECElGamal eccegNeutral = new ECElGamal(curve);
// eccegNeutral.setpPubKey(pair.getPubKey());
//
// ECElGamal eccegSPU = new ECElGamal(curve);
// eccegSPU.setpPubKey(pair.getPubKey());
// eccegSPU.setSecretShare(pair.getSecretSPU());
//
// ECElGamal eccegMU = new ECElGamal(curve);
// eccegMU.setpPubKey(pair.getPubKey());
// eccegMU.setSecretShare(pair.getSecretMU());
// eccegMU.initReverseDLTable();
//// eccegMU.readReverseTable(filepathReverse);
//
// BigInteger message = new BigInteger("12");
// FragmentEncrypted encrypt = eccegNeutral.encrypt(message);
//
//
// FragmentPartial partialSPU = eccegSPU.partialDecrypt(encrypt);
// FragmentPartial partialMU = eccegMU.partialDecrypt(encrypt);
//
// BigInteger message3 = eccegMU.aggregateDecryption(partialMU, partialSPU);
// System.out.println(message3);
//// BigInteger message2 = eccegMU.fullyDecrypt(partialSPU);
//
//// System.out.println(message2);
}
// public static void testCryptoSimple(ClientProperties props) throws Exception {
// String curve = props.getCurve();
//
// ECCEGKeyGenerator keyGen = new ECCEGKeyGenerator(curve);
// KeyPair pair = keyGen.generateKey();
//
// ECElGamal eccegMU = new ECElGamal(curve);
// eccegMU.setpPubKey(pair.getPubKey());
// eccegMU.setSecretShare(pair.getSecretMU());
//
// ECElGamal eccegSPU = new ECElGamal(curve);
// eccegSPU.setpPubKey(pair.getPubKey());
// eccegSPU.setSecretShare(pair.getSecretSPU());
// eccegSPU.readReverseTable(new File(props.getProperty(ConfigProperties.KEY_REVERSE_TABLE)));
//
//
// ECElGamal eccegAlt = new ECElGamal(NISTNamedCurves.getByName("P-521"), keyGen.getSecret());
// eccegAlt.readReverseTable(new File(props.getProperty(ConfigProperties.KEY_REVERSE_TABLE)));
//
//// ECElGamal ecceg = new ECElGamal(curve);
//// ecceg.initReverseDLTable();
//
// BigInteger msg = new BigInteger("1999");
// FragmentEncrypted encrypted = eccegAlt.encrypt(msg);
//
// // shared decryption
// FragmentPartial partialMU = eccegMU.partialDecrypt(encrypted);
//// FragmentPartial partialSPU = eccegSPU.partialDecrypt(encrypted);
//
//// BigInteger msgComp = eccegSPU.aggregateDecryption(partialMU, partialSPU);
// BigInteger msgComp = eccegSPU.fullyDecrypt(partialMU);
// System.out.println(msgComp);
//
//
// // decryption with secret
// BigInteger msg2 = eccegAlt.decrypt(encrypted);
// System.out.println(msg2);
//
// }
}
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