Examples with Port com.github.ambry.network.Port used on opensource projects

Example 26 with Port

use of com.github.ambry.network.Port in project ambry by linkedin.

the class AmbryServer method startup.

public void startup() throws InstantiationException {
    try {
        logger.info("starting");
        clusterParticipants = clusterAgentsFactory.getClusterParticipants();
        logger.info("Setting up JMX.");
        long startTime = SystemTime.getInstance().milliseconds();
        reporter = reporterFactory != null ? reporterFactory.apply(registry) : JmxReporter.forRegistry(registry).build();
        reporter.start();
        logger.info("creating configs");
        NetworkConfig networkConfig = new NetworkConfig(properties);
        StoreConfig storeConfig = new StoreConfig(properties);
        DiskManagerConfig diskManagerConfig = new DiskManagerConfig(properties);
        ServerConfig serverConfig = new ServerConfig(properties);
        ReplicationConfig replicationConfig = new ReplicationConfig(properties);
        ConnectionPoolConfig connectionPoolConfig = new ConnectionPoolConfig(properties);
        SSLConfig sslConfig = new SSLConfig(properties);
        ClusterMapConfig clusterMapConfig = new ClusterMapConfig(properties);
        StatsManagerConfig statsConfig = new StatsManagerConfig(properties);
        CloudConfig cloudConfig = new CloudConfig(properties);
        // verify the configs
        properties.verify();
        scheduler = Utils.newScheduler(serverConfig.serverSchedulerNumOfthreads, false);
        // mismatch in sealed/stopped replica lists that maintained by each participant.
        if (clusterParticipants != null && clusterParticipants.size() > 1 && serverConfig.serverParticipantsConsistencyCheckerPeriodSec > 0) {
            consistencyChecker = new ParticipantsConsistencyChecker(clusterParticipants, metrics);
            logger.info("Scheduling participants consistency checker with a period of {} secs", serverConfig.serverParticipantsConsistencyCheckerPeriodSec);
            consistencyCheckerScheduler = Utils.newScheduler(1, "consistency-checker-", false);
            consistencyCheckerTask = consistencyCheckerScheduler.scheduleAtFixedRate(consistencyChecker, 0, serverConfig.serverParticipantsConsistencyCheckerPeriodSec, TimeUnit.SECONDS);
        }
        logger.info("checking if node exists in clustermap host {} port {}", networkConfig.hostName, networkConfig.port);
        DataNodeId nodeId = clusterMap.getDataNodeId(networkConfig.hostName, networkConfig.port);
        if (nodeId == null) {
            throw new IllegalArgumentException("The node " + networkConfig.hostName + ":" + networkConfig.port + "is not present in the clustermap. Failing to start the datanode");
        }
        AccountServiceFactory accountServiceFactory = Utils.getObj(serverConfig.serverAccountServiceFactory, properties, registry);
        AccountService accountService = accountServiceFactory.getAccountService();
        StoreKeyFactory storeKeyFactory = Utils.getObj(storeConfig.storeKeyFactory, clusterMap);
        // In most cases, there should be only one participant in the clusterParticipants list. If there are more than one
        // and some components require sole participant, the first one in the list will be primary participant.
        storageManager = new StorageManager(storeConfig, diskManagerConfig, scheduler, registry, storeKeyFactory, clusterMap, nodeId, new BlobStoreHardDelete(), clusterParticipants, time, new BlobStoreRecovery(), accountService);
        storageManager.start();
        SSLFactory sslFactory = new NettySslHttp2Factory(sslConfig);
        if (clusterMapConfig.clusterMapEnableHttp2Replication) {
            connectionPool = new Http2BlockingChannelPool(sslFactory, new Http2ClientConfig(properties), new Http2ClientMetrics(registry));
        } else {
            connectionPool = new BlockingChannelConnectionPool(connectionPoolConfig, sslConfig, clusterMapConfig, registry);
        }
        connectionPool.start();
        StoreKeyConverterFactory storeKeyConverterFactory = Utils.getObj(serverConfig.serverStoreKeyConverterFactory, properties, registry);
        Predicate<MessageInfo> skipPredicate = new ReplicationSkipPredicate(accountService, replicationConfig);
        replicationManager = new ReplicationManager(replicationConfig, clusterMapConfig, storeConfig, storageManager, storeKeyFactory, clusterMap, scheduler, nodeId, connectionPool, registry, notificationSystem, storeKeyConverterFactory, serverConfig.serverMessageTransformer, clusterParticipants.get(0), skipPredicate);
        replicationManager.start();
        if (replicationConfig.replicationEnabledWithVcrCluster) {
            logger.info("Creating Helix cluster spectator for cloud to store replication.");
            vcrClusterSpectator = _vcrClusterAgentsFactory.getVcrClusterSpectator(cloudConfig, clusterMapConfig);
            cloudToStoreReplicationManager = new CloudToStoreReplicationManager(replicationConfig, clusterMapConfig, storeConfig, storageManager, storeKeyFactory, clusterMap, scheduler, nodeId, connectionPool, registry, notificationSystem, storeKeyConverterFactory, serverConfig.serverMessageTransformer, vcrClusterSpectator, clusterParticipants.get(0));
            cloudToStoreReplicationManager.start();
        }
        logger.info("Creating StatsManager to publish stats");
        accountStatsMySqlStore = statsConfig.enableMysqlReport ? (AccountStatsMySqlStore) new AccountStatsMySqlStoreFactory(properties, clusterMapConfig, registry).getAccountStatsStore() : null;
        statsManager = new StatsManager(storageManager, clusterMap.getReplicaIds(nodeId), registry, statsConfig, time, clusterParticipants.get(0), accountStatsMySqlStore, accountService);
        if (serverConfig.serverStatsPublishLocalEnabled) {
            statsManager.start();
        }
        ArrayList<Port> ports = new ArrayList<Port>();
        ports.add(new Port(networkConfig.port, PortType.PLAINTEXT));
        if (nodeId.hasSSLPort()) {
            ports.add(new Port(nodeId.getSSLPort(), PortType.SSL));
        }
        networkServer = new SocketServer(networkConfig, sslConfig, registry, ports);
        FindTokenHelper findTokenHelper = new FindTokenHelper(storeKeyFactory, replicationConfig);
        requests = new AmbryServerRequests(storageManager, networkServer.getRequestResponseChannel(), clusterMap, nodeId, registry, metrics, findTokenHelper, notificationSystem, replicationManager, storeKeyFactory, serverConfig, storeKeyConverterFactory, statsManager, clusterParticipants.get(0));
        requestHandlerPool = new RequestHandlerPool(serverConfig.serverRequestHandlerNumOfThreads, networkServer.getRequestResponseChannel(), requests);
        networkServer.start();
        // Start netty http2 server
        if (nodeId.hasHttp2Port()) {
            NettyConfig nettyConfig = new NettyConfig(properties);
            NettyMetrics nettyMetrics = new NettyMetrics(registry);
            Http2ServerMetrics http2ServerMetrics = new Http2ServerMetrics(registry);
            Http2ClientConfig http2ClientConfig = new Http2ClientConfig(properties);
            logger.info("Http2 port {} is enabled. Starting HTTP/2 service.", nodeId.getHttp2Port());
            NettyServerRequestResponseChannel requestResponseChannel = new NettyServerRequestResponseChannel(networkConfig.queuedMaxRequests, http2ServerMetrics);
            AmbryServerRequests ambryServerRequestsForHttp2 = new AmbryServerRequests(storageManager, requestResponseChannel, clusterMap, nodeId, registry, metrics, findTokenHelper, notificationSystem, replicationManager, storeKeyFactory, serverConfig, storeKeyConverterFactory, statsManager, clusterParticipants.get(0));
            requestHandlerPoolForHttp2 = new RequestHandlerPool(serverConfig.serverRequestHandlerNumOfThreads, requestResponseChannel, ambryServerRequestsForHttp2);
            NioServerFactory nioServerFactory = new StorageServerNettyFactory(nodeId.getHttp2Port(), requestResponseChannel, sslFactory, nettyConfig, http2ClientConfig, metrics, nettyMetrics, http2ServerMetrics, serverSecurityService);
            nettyHttp2Server = nioServerFactory.getNioServer();
            nettyHttp2Server.start();
        }
        // Other code
        List<AmbryStatsReport> ambryStatsReports = new ArrayList<>();
        Set<String> validStatsTypes = new HashSet<>();
        for (StatsReportType type : StatsReportType.values()) {
            validStatsTypes.add(type.toString());
        }
        if (serverConfig.serverStatsPublishReportEnabled) {
            serverConfig.serverStatsReportsToPublish.forEach(e -> {
                if (validStatsTypes.contains(e)) {
                    ambryStatsReports.add(new AmbryStatsReportImpl(serverConfig.serverQuotaStatsAggregateIntervalInMinutes, StatsReportType.valueOf(e)));
                }
            });
        }
        if (vcrClusterSpectator != null) {
            vcrClusterSpectator.spectate();
        }
        Callback<StatsSnapshot> accountServiceCallback = new AccountServiceCallback(accountService);
        for (ClusterParticipant clusterParticipant : clusterParticipants) {
            clusterParticipant.participate(ambryStatsReports, accountStatsMySqlStore, accountServiceCallback);
        }
        if (nettyInternalMetrics != null) {
            nettyInternalMetrics.start();
            logger.info("NettyInternalMetric starts");
        }
        logger.info("started");
        long processingTime = SystemTime.getInstance().milliseconds() - startTime;
        metrics.serverStartTimeInMs.update(processingTime);
        logger.info("Server startup time in Ms {}", processingTime);
    } catch (Exception e) {
        logger.error("Error during startup", e);
        throw new InstantiationException("failure during startup " + e);
    }
}

Example 27 with Port

use of com.github.ambry.network.Port in project ambry by linkedin.

the class ServerHardDeleteTest method endToEndTestHardDeletes.

/**
 * Tests the hard delete functionality.
 * <p>
 * This test does the following:
 * 1. Makes 6 puts, waits for notification.
 * 2. Makes 2 deletes, waits for notification.
 * 3. Waits for hard deletes to catch up to the expected token value.
 * 4. Verifies that the two records that are deleted are zeroed out by hard deletes.
 * 5. Makes 3 more puts, waits for notification.
 * 6. Makes 3 deletes - 2 of records from the initial set of puts, and 1 from the new set.
 * 7. Waits for hard deletes to catch up again to the expected token value.
 * 8. Verifies that the three records that are deleted are zeroed out by hard deletes.
 *
 * @throws Exception
 */
@Test
public void endToEndTestHardDeletes() throws Exception {
    DataNodeId dataNodeId = mockClusterMap.getDataNodeIds().get(0);
    encryptionKey = new ArrayList<>(9);
    usermetadata = new ArrayList<>(9);
    data = new ArrayList<>(9);
    Random random = new Random();
    for (int i = 0; i < 9; i++) {
        if (i % 2 == 0) {
            encryptionKey.add(new byte[100]);
            random.nextBytes(encryptionKey.get(i));
        } else {
            encryptionKey.add(null);
        }
        usermetadata.add(new byte[1000 + i]);
        data.add(new byte[31870 + i]);
        random.nextBytes(usermetadata.get(i));
        random.nextBytes(data.get(i));
    }
    properties = new ArrayList<>(9);
    properties.add(new BlobProperties(31870, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), true));
    properties.add(new BlobProperties(31871, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), false));
    properties.add(new BlobProperties(31872, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), true));
    properties.add(new BlobProperties(31873, "serviceid1", "ownerid", "jpeg", false, 0, Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), false, null, null, null));
    properties.add(new BlobProperties(31874, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), true));
    properties.add(new BlobProperties(31875, "serviceid1", "ownerid", "jpeg", false, 0, Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), false, null, null, null));
    properties.add(new BlobProperties(31876, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), true));
    properties.add(new BlobProperties(31877, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), false));
    properties.add(new BlobProperties(31878, "serviceid1", Utils.getRandomShort(TestUtils.RANDOM), Utils.getRandomShort(TestUtils.RANDOM), true));
    List<PartitionId> partitionIds = mockClusterMap.getWritablePartitionIds(MockClusterMap.DEFAULT_PARTITION_CLASS);
    PartitionId chosenPartition = partitionIds.get(0);
    blobIdList = new ArrayList<>(9);
    for (int i = 0; i < 9; i++) {
        blobIdList.add(new BlobId(CommonTestUtils.getCurrentBlobIdVersion(), BlobId.BlobIdType.NATIVE, mockClusterMap.getLocalDatacenterId(), properties.get(i).getAccountId(), properties.get(i).getContainerId(), chosenPartition, false, BlobId.BlobDataType.DATACHUNK));
    }
    ConnectedChannel channel = ServerTestUtil.getBlockingChannelBasedOnPortType(new Port(dataNodeId.getPort(), PortType.PLAINTEXT), "localhost", null, null);
    channel.connect();
    for (int i = 0; i < 6; i++) {
        // blob 3 and 5 are expired among these
        putBlob(blobIdList.get(i), properties.get(i), encryptionKey.get(i), usermetadata.get(i), data.get(i), channel);
    }
    notificationSystem.awaitBlobCreations(blobIdList.get(0).getID());
    notificationSystem.awaitBlobCreations(blobIdList.get(1).getID());
    notificationSystem.awaitBlobCreations(blobIdList.get(2).getID());
    notificationSystem.awaitBlobCreations(blobIdList.get(4).getID());
    // delete blob 1
    deleteBlob(blobIdList.get(1), channel);
    zeroOutBlobContent(1);
    // delete blob 4
    deleteBlob(blobIdList.get(4), channel);
    zeroOutBlobContent(4);
    notificationSystem.awaitBlobDeletions(blobIdList.get(1).getID());
    notificationSystem.awaitBlobDeletions(blobIdList.get(4).getID());
    time.sleep(TimeUnit.DAYS.toMillis(7));
    // For each future change to this offset, add to this variable and write an explanation of why the number changed.
    // old value: 198728. Increased by 4 to 198732 because the format for delete record went from 2 to 3 which adds
    // 4 bytes (two shorts) extra. The last record is a delete record so its extra 4 bytes are not (yet) added
    // 
    // Add 14 here when changing message header version to 3, since the message header version went from 2 to 3 and adds
    // a short to every record, which include 6 puts and 1 delete. (last delete is not included).
    // old value is 198732 + 14. Increased by 48 when adding two fields(4 BYTE CRC for each field) in blobProperty when putBlob.
    // There are 6 * (4 + 4). 6 stands for the times for putBlob, 4 stands for 4 extra blobProperty Bytes for each field.
    int expectedTokenValueT1 = 198732 + 14 + 48;
    ensureCleanupTokenCatchesUp(chosenPartition.getReplicaIds().get(0).getReplicaPath(), mockClusterMap, expectedTokenValueT1);
    getAndVerify(channel, 6);
    // put blob 6
    putBlob(blobIdList.get(6), properties.get(6), encryptionKey.get(6), usermetadata.get(6), data.get(6), channel);
    // put blob 7
    putBlob(blobIdList.get(7), properties.get(7), encryptionKey.get(7), usermetadata.get(7), data.get(7), channel);
    // put blob 8
    putBlob(blobIdList.get(8), properties.get(8), encryptionKey.get(8), usermetadata.get(8), data.get(8), channel);
    notificationSystem.awaitBlobCreations(blobIdList.get(6).getID());
    notificationSystem.awaitBlobCreations(blobIdList.get(7).getID());
    notificationSystem.awaitBlobCreations(blobIdList.get(8).getID());
    // Do more deletes
    // delete blob 3 that is expired.
    deleteBlob(blobIdList.get(3), channel);
    zeroOutBlobContent(3);
    // delete blob 0, will undelete it later, so don't zero out the content
    deleteBlob(blobIdList.get(0), channel);
    // delete blob 6.
    deleteBlob(blobIdList.get(6), channel);
    zeroOutBlobContent(6);
    notificationSystem.awaitBlobDeletions(blobIdList.get(0).getID());
    notificationSystem.awaitBlobDeletions(blobIdList.get(6).getID());
    undeleteBlob(blobIdList.get(0), channel);
    notificationSystem.awaitBlobUndeletes(blobIdList.get(0).getID());
    time.sleep(TimeUnit.DAYS.toMillis(1));
    // For each future change to this offset, add to this variable and write an explanation of why the number changed.
    int expectedTokenValueT2 = 298416 + 98 + 28 + 72;
    // old value: 298400. Increased by 16 (4 * 4) to 298416 because the format for delete record went from 2 to 3 which
    // adds 4 bytes (two shorts) extra. The last record is a delete record so its extra 4 bytes are not added
    // 
    // old value 298416. Increased by 98. The end offset is now a journal-based offset, so the offset is not inclusive.
    // It points to the last record in the journal. Before adding an undelete record, the last record in journal is the
    // delete record for blob 6, now it's undelete for blob 0. Since a delete record is 98 bytes, so increase 98 bytes.
    // 
    // old value is 298416 + 98. Increased by 28 when changing the message header version from 2 to 3, which adds a short
    // to all the records, which includes 9 puts and 5 deletes and 1 undelete. Undelete is not include since it's the last
    // record.
    // old value is 298416 + 98 + 28. Increased by 72 when adding two fields(4 BYTE CRC for each field) in blobProperty when putBlob.
    // There are 9 * (4 + 4). 9 stands for the times for putBlob, 4 stands for 4 extra blobProperty Bytes.
    ensureCleanupTokenCatchesUp(chosenPartition.getReplicaIds().get(0).getReplicaPath(), mockClusterMap, expectedTokenValueT2);
    getAndVerify(channel, 9);
}

Example 28 with Port

use of com.github.ambry.network.Port in project ambry by linkedin.

the class ServerPlaintextTest method endToEndTest.

@Test
public void endToEndTest() throws Exception {
    plaintextCluster.startServers();
    DataNodeId dataNodeId = plaintextCluster.getGeneralDataNode();
    ServerTestUtil.endToEndTest(new Port(dataNodeId.getPort(), PortType.PLAINTEXT), "DC1", plaintextCluster, null, null, routerProps, testEncryption);
}

Example 29 with Port

use of com.github.ambry.network.Port in project ambry by linkedin.

the class ServerPlaintextTest method endToEndReplicationWithMultiNodeMultiPartitionTest.

@Test
public void endToEndReplicationWithMultiNodeMultiPartitionTest() throws Exception {
    plaintextCluster.startServers();
    DataNodeId dataNode = plaintextCluster.getClusterMap().getDataNodeIds().get(0);
    ArrayList<String> dataCenterList = Utils.splitString("DC1,DC2,DC3", ",");
    List<DataNodeId> dataNodes = plaintextCluster.getOneDataNodeFromEachDatacenter(dataCenterList);
    ServerTestUtil.endToEndReplicationWithMultiNodeMultiPartitionTest(dataNode.getPort(), new Port(dataNodes.get(0).getPort(), PortType.PLAINTEXT), new Port(dataNodes.get(1).getPort(), PortType.PLAINTEXT), new Port(dataNodes.get(2).getPort(), PortType.PLAINTEXT), plaintextCluster, null, null, null, null, null, null, notificationSystem, testEncryption);
}

Example 30 with Port

use of com.github.ambry.network.Port in project ambry by linkedin.

the class ServerSSLTest method endToEndSSLReplicationWithMultiNodeMultiPartitionTest.

@Test
public void endToEndSSLReplicationWithMultiNodeMultiPartitionTest() throws Exception {
    sslCluster.startServers();
    DataNodeId dataNode = sslCluster.getClusterMap().getDataNodeIds().get(0);
    ArrayList<String> dataCenterList = new ArrayList<>(Arrays.asList("DC1", "DC2", "DC3"));
    List<DataNodeId> dataNodes = sslCluster.getOneDataNodeFromEachDatacenter(dataCenterList);
    ServerTestUtil.endToEndReplicationWithMultiNodeMultiPartitionTest(dataNode.getPort(), new Port(dataNodes.get(0).getSSLPort(), PortType.SSL), new Port(dataNodes.get(1).getSSLPort(), PortType.SSL), new Port(dataNodes.get(2).getSSLPort(), PortType.SSL), sslCluster, clientSSLConfig1, clientSSLConfig2, clientSSLConfig3, clientSSLSocketFactory1, clientSSLSocketFactory2, clientSSLSocketFactory3, notificationSystem, testEncryption);
}