use of com.icodici.universa.node2.NodeInfo in project universa by UniversaBlockchain.
the class DatagramAdapterTest method create5NodesSend10Times.
public void create5NodesSend10Times() throws Exception {
NodeInfo node1 = new NodeInfo(TestKeys.publicKey(0), 10, "test_node_10", "localhost", 16201, 16202, 16301);
NodeInfo node2 = new NodeInfo(TestKeys.publicKey(1), 11, "test_node_11", "localhost", 16203, 16204, 16302);
NodeInfo node3 = new NodeInfo(TestKeys.publicKey(2), 12, "test_node_12", "localhost", 16204, 16205, 16303);
NodeInfo node4 = new NodeInfo(TestKeys.publicKey(0), 13, "test_node_13", "localhost", 16205, 16206, 16304);
NodeInfo node5 = new NodeInfo(TestKeys.publicKey(1), 14, "test_node_14", "localhost", 16206, 16207, 16305);
List<NodeInfo> nodes = new ArrayList<>();
nodes.add(node1);
nodes.add(node2);
nodes.add(node3);
nodes.add(node4);
nodes.add(node5);
NetConfig nc = new NetConfig(nodes);
SymmetricKey symmetricKey1 = new SymmetricKey();
SymmetricKey symmetricKey2 = new SymmetricKey();
SymmetricKey symmetricKey3 = new SymmetricKey();
SymmetricKey symmetricKey4 = new SymmetricKey();
SymmetricKey symmetricKey5 = new SymmetricKey();
// create implemented class with node1
DatagramAdapter d1 = new UDPAdapter(TestKeys.privateKey(0), symmetricKey1, node1, nc);
// create implemented class with node1
DatagramAdapter d2 = new UDPAdapter(TestKeys.privateKey(1), symmetricKey2, node2, nc);
// create implemented class with node1
DatagramAdapter d3 = new UDPAdapter(TestKeys.privateKey(2), symmetricKey3, node3, nc);
// create implemented class with node1
DatagramAdapter d4 = new UDPAdapter(TestKeys.privateKey(0), symmetricKey4, node4, nc);
// create implemented class with node1
DatagramAdapter d5 = new UDPAdapter(TestKeys.privateKey(1), symmetricKey5, node5, nc);
// d1.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d2.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d3.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d4.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d5.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d1.setTestMode(DatagramAdapter.TestModes.LOST_PACKETS);
// d2.setTestMode(DatagramAdapter.TestModes.LOST_PACKETS);
// d3.setTestMode(DatagramAdapter.TestModes.LOST_PACKETS);
// d4.setTestMode(DatagramAdapter.TestModes.LOST_PACKETS);
// d5.setTestMode(DatagramAdapter.TestModes.LOST_PACKETS);
//
// d1.setLostPacketsPercentInTestMode(75);
// d2.setLostPacketsPercentInTestMode(75);
// d3.setLostPacketsPercentInTestMode(75);
// d4.setLostPacketsPercentInTestMode(75);
// d5.setLostPacketsPercentInTestMode(75);
List symmetricKeyErrors = new ArrayList();
d1.addErrorsCallback(m -> {
System.err.println(m);
if (m.indexOf("SymmetricKey.AuthenticationFailed") >= 0)
symmetricKeyErrors.add(m);
return m;
});
d2.addErrorsCallback(m -> {
System.err.println(m);
if (m.indexOf("SymmetricKey.AuthenticationFailed") >= 0)
symmetricKeyErrors.add(m);
return m;
});
d3.addErrorsCallback(m -> {
System.err.println(m);
if (m.indexOf("SymmetricKey.AuthenticationFailed") >= 0)
symmetricKeyErrors.add(m);
return m;
});
d4.addErrorsCallback(m -> {
System.err.println(m);
if (m.indexOf("SymmetricKey.AuthenticationFailed") >= 0)
symmetricKeyErrors.add(m);
return m;
});
d5.addErrorsCallback(m -> {
System.err.println(m);
if (m.indexOf("SymmetricKey.AuthenticationFailed") >= 0)
symmetricKeyErrors.add(m);
return m;
});
byte[] payload1 = "test data set 1".getBytes();
byte[] payload2 = "test data set 2".getBytes();
byte[] payload3 = "test data set 3".getBytes();
int attempts = 100;
int numSends = 10;
ArrayList<byte[]> receviedFor1 = new ArrayList<>();
ArrayList<byte[]> receviedFor2 = new ArrayList<>();
ArrayList<byte[]> receviedFor3 = new ArrayList<>();
ArrayList<byte[]> receviedFor4 = new ArrayList<>();
ArrayList<byte[]> receviedFor5 = new ArrayList<>();
AsyncEvent<Void> ae = new AsyncEvent<>();
d1.receive(d -> {
receviedFor1.add(d);
if ((receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size()) == attempts * numSends)
ae.fire();
});
d2.receive(d -> {
receviedFor2.add(d);
if ((receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size()) == attempts * numSends)
ae.fire();
});
d3.receive(d -> {
receviedFor3.add(d);
if ((receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size()) == attempts * numSends)
ae.fire();
});
d4.receive(d -> {
receviedFor4.add(d);
if ((receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size()) == attempts * numSends)
ae.fire();
});
d5.receive(d -> {
receviedFor5.add(d);
if ((receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size()) == attempts * numSends)
ae.fire();
});
for (int i = 0; i < attempts; i++) {
System.out.println("Send part: " + i);
// send from adapter d1, to d2 as it is connected with node2 credentials:
for (int j = 0; j < numSends; j++) {
int rnd1 = new Random().nextInt(3);
int rnd2 = 0;
int rnd3 = 0;
while (rnd2 == rnd3) {
rnd2 = new Random().nextInt(5);
rnd3 = new Random().nextInt(5);
}
byte[] payload;
DatagramAdapter sender;
NodeInfo receiverNode;
if (rnd1 == 0)
payload = payload1;
else if (rnd1 == 1)
payload = payload2;
else
payload = payload3;
if (rnd2 == 0)
sender = d1;
else if (rnd2 == 1)
sender = d2;
else if (rnd2 == 2)
sender = d3;
else if (rnd2 == 3)
sender = d4;
else
sender = d5;
if (rnd3 == 0)
receiverNode = node1;
else if (rnd3 == 1)
receiverNode = node2;
else if (rnd3 == 2)
receiverNode = node3;
else if (rnd3 == 3)
receiverNode = node4;
else
receiverNode = node5;
sender.send(receiverNode, payload);
}
Thread.sleep(new Random().nextInt(200));
// if(new Random().nextBoolean()) ((UDPAdapter)d1).brakeSessions();
// if(new Random().nextBoolean()) ((UDPAdapter)d2).brakeSessions();
// if(new Random().nextBoolean()) ((UDPAdapter)d3).brakeSessions();
// if(new Random().nextBoolean()) ((UDPAdapter)d4).brakeSessions();
// if(new Random().nextBoolean()) ((UDPAdapter)d5).brakeSessions();
}
try {
ae.await(5000);
} catch (TimeoutException e) {
System.out.println("time is up");
}
System.out.println("receviedFor1 got: " + (receviedFor1.size()));
System.out.println("receviedFor2 got: " + (receviedFor2.size()));
System.out.println("receviedFor3 got: " + (receviedFor3.size()));
System.out.println("receviedFor4 got: " + (receviedFor4.size()));
System.out.println("receviedFor5 got: " + (receviedFor5.size()));
System.out.println("all got: " + (receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size()));
// assertEquals(numSends * attempts, receviedFor1.size() + receviedFor2.size() + receviedFor3.size() + receviedFor4.size() + receviedFor5.size());
assertEquals(0, symmetricKeyErrors.size());
d1.shutdown();
d2.shutdown();
d3.shutdown();
d4.shutdown();
d5.shutdown();
}
use of com.icodici.universa.node2.NodeInfo in project universa by UniversaBlockchain.
the class DatagramAdapterTest method shufflePackets.
@Test
public void shufflePackets() throws Exception {
// create pair of connected adapters
// and simulate packets received in random order
NodeInfo node1 = new NodeInfo(TestKeys.publicKey(0), 10, "test_node_10", "localhost", 16201, 16202, 16301);
NodeInfo node2 = new NodeInfo(TestKeys.publicKey(1), 11, "test_node_11", "localhost", 16203, 16204, 16302);
List<NodeInfo> nodes = new ArrayList<>();
nodes.add(node1);
nodes.add(node2);
NetConfig nc = new NetConfig(nodes);
// create implemented class with node1
DatagramAdapter d1 = new UDPAdapter(TestKeys.privateKey(0), new SymmetricKey(), node1, nc);
// create implemented class with node1
DatagramAdapter d2 = new UDPAdapter(TestKeys.privateKey(1), new SymmetricKey(), node2, nc);
// d1.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d2.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
d1.setTestMode(DatagramAdapter.TestModes.SHUFFLE_PACKETS);
d2.setTestMode(DatagramAdapter.TestModes.SHUFFLE_PACKETS);
byte[] payload1 = "test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 test data set 1 ".getBytes();
ArrayList<byte[]> receviedFor1 = new ArrayList<>();
ArrayList<byte[]> receviedFor2 = new ArrayList<>();
BlockingQueue<String> waitStatusQueue = new ArrayBlockingQueue<String>(1, true);
d2.receive(d -> {
receviedFor2.add(d);
try {
waitStatusQueue.put("DONE");
} catch (InterruptedException e) {
e.printStackTrace();
System.out.println("DONE error");
}
});
// send from adapter d1, to d2 as it is connected with node2 credentials:
d1.send(node2, payload1);
while (!((waitStatusQueue.take()).equals("DONE"))) {
// wait until it is delivered
}
assertEquals(1, receviedFor2.size());
byte[] data = receviedFor2.get(0);
// receiver must s
assertArrayEquals(payload1, data);
d1.shutdown();
d2.shutdown();
}
use of com.icodici.universa.node2.NodeInfo in project universa by UniversaBlockchain.
the class PostgresLedger method loadConfig.
@Override
public Object[] loadConfig() {
try {
Object[] result = new Object[3];
result[0] = null;
result[2] = null;
ArrayList<NodeInfo> nodeInfos = new ArrayList<>();
try (PooledDb db = dbPool.db();
ResultSet rs = db.queryRow("SELECT * FROM config;")) {
if (rs == null)
throw new Exception("config not found");
do {
NodeInfo nodeInfo = NodeInfo.initFrom(rs);
nodeInfos.add(nodeInfo);
byte[] packedKey = rs.getBytes("private_key");
if (packedKey != null) {
result[0] = nodeInfo;
result[2] = new PrivateKey(packedKey);
}
} while (rs.next());
if (nodeInfos.isEmpty())
throw new Exception("config not found");
result[1] = new NetConfig(nodeInfos);
return result;
} catch (Exception e) {
e.printStackTrace();
throw e;
}
} catch (Exception e) {
e.printStackTrace();
throw new RuntimeException("Failed to load config", e);
}
}
use of com.icodici.universa.node2.NodeInfo in project universa by UniversaBlockchain.
the class PostgresLedger method saveConfig.
@Override
public void saveConfig(NodeInfo myInfo, NetConfig netConfig, PrivateKey nodeKey) {
try (PooledDb db = dbPool.db()) {
try (PreparedStatement statement = db.statement("delete from config;")) {
db.updateWithStatement(statement);
} catch (Exception e) {
e.printStackTrace();
throw e;
}
for (NodeInfo nodeInfo : netConfig.toList()) {
String sqlText;
if (nodeInfo.getNumber() == myInfo.getNumber()) {
sqlText = "insert into config(http_client_port,http_server_port,udp_server_port, node_number, node_name, public_host,host,public_key,private_key) values(?,?,?,?,?,?,?,?,?);";
} else {
sqlText = "insert into config(http_client_port,http_server_port,udp_server_port, node_number, node_name, public_host,host,public_key) values(?,?,?,?,?,?,?,?);";
}
try (PreparedStatement statement = db.statementReturningKeys(sqlText)) {
statement.setInt(1, nodeInfo.getClientAddress().getPort());
statement.setInt(2, nodeInfo.getServerAddress().getPort());
statement.setInt(3, nodeInfo.getNodeAddress().getPort());
statement.setInt(4, nodeInfo.getNumber());
statement.setString(5, nodeInfo.getName());
statement.setString(6, nodeInfo.getPublicHost());
statement.setString(7, nodeInfo.getClientAddress().getHostName());
statement.setBytes(8, nodeInfo.getPublicKey().pack());
if (statement.getParameterMetaData().getParameterCount() > 8) {
statement.setBytes(9, nodeKey.pack());
}
db.updateWithStatement(statement);
} catch (Exception e) {
e.printStackTrace();
throw e;
}
}
} catch (SQLException se) {
se.printStackTrace();
throw new Failure("config save failed:" + se);
} catch (Exception e) {
e.printStackTrace();
}
}
use of com.icodici.universa.node2.NodeInfo in project universa by UniversaBlockchain.
the class DatagramAdapterTest method sendTrippleAndReceive.
@Test
public void sendTrippleAndReceive() throws Exception {
NodeInfo node1 = new NodeInfo(TestKeys.publicKey(0), 10, "test_node_10", "localhost", 16201, 16202, 16301);
NodeInfo node2 = new NodeInfo(TestKeys.publicKey(1), 11, "test_node_11", "localhost", 16203, 16204, 16302);
NodeInfo node3 = new NodeInfo(TestKeys.publicKey(2), 12, "test_node_12", "localhost", 16204, 16205, 16303);
List<NodeInfo> nodes = new ArrayList<>();
nodes.add(node1);
nodes.add(node2);
nodes.add(node3);
NetConfig nc = new NetConfig(nodes);
// create implemented class with node1
DatagramAdapter d1 = new UDPAdapter(TestKeys.privateKey(0), new SymmetricKey(), node1, nc);
// create implemented class with node1
DatagramAdapter d2 = new UDPAdapter(TestKeys.privateKey(1), new SymmetricKey(), node2, nc);
// create implemented class with node1
DatagramAdapter d3 = new UDPAdapter(TestKeys.privateKey(2), new SymmetricKey(), node3, nc);
// d1.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d2.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
// d3.setVerboseLevel(DatagramAdapter.VerboseLevel.BASE);
byte[] payload1 = "test data set 1".getBytes();
byte[] payload2 = "test data set 2222".getBytes();
byte[] payload3 = "test data set 333333333333333".getBytes();
ArrayList<byte[]> receviedFor2 = new ArrayList<>();
BlockingQueue<String> waitStatusQueue = new ArrayBlockingQueue<String>(1, true);
d2.receive(d -> {
receviedFor2.add(d);
try {
if (receviedFor2.size() >= 3) {
waitStatusQueue.put("DONE");
}
} catch (InterruptedException e) {
e.printStackTrace();
System.out.println("DONE error");
}
});
// send from adapter d1, to d2 as it is connected with node2 credentials:
d1.send(node2, payload1);
d1.send(node2, payload2);
d1.send(node2, payload3);
while (!((waitStatusQueue.take()).equals("DONE"))) {
// wait until it is delivered
}
assertEquals(3, receviedFor2.size());
byte[] data1 = receviedFor2.get(0);
byte[] data2 = receviedFor2.get(1);
byte[] data3 = receviedFor2.get(2);
// receiver must s
assertArrayEquals(payload1, data1);
assertArrayEquals(payload2, data2);
assertArrayEquals(payload3, data3);
// And test it for all interfaceces and big arrays of data
d1.shutdown();
d2.shutdown();
d3.shutdown();
}
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