Examples with NettyBufferPool io.mycat.buffer.NettyBufferPool used on opensource projects

Example 1 with NettyBufferPool

use of io.mycat.buffer.NettyBufferPool in project Mycat_plus by coderczp.

the class ShowDirectMemory method showDirectMemoryTotal.

public static void showDirectMemoryTotal(ManagerConnection c) {
    ByteBuffer buffer = c.allocate();
    // write header
    buffer = totalHeader.write(buffer, c, true);
    // write fields
    for (FieldPacket field : totalFields) {
        buffer = field.write(buffer, c, true);
    }
    // write eof
    buffer = totalEof.write(buffer, c, true);
    // write rows
    byte packetId = totalEof.packetId;
    long usedforMerge = 0;
    long usedforNetwork = 0;
    long chunkSizeBytes = 0;
    int chunkCount = 0;
    if (processorBufferPoolType == 2 && bufferPool instanceof NettyBufferPool) {
        /**
         *计算逻辑就是，1.先计算PoolChunk分配的页,表示已经消耗的内存，
         *             2.然后计算小于一页情况，记录小于一页内存使用情况，
         *             上面二者合起来就是整个netty 使用的内存，
         *             已经分配了，但是没有使用的内存的情况
         */
        List<PoolArenaMetric> list = ((NettyBufferPool) bufferPool).getAllocator().getAlloc().directArenas();
        chunkSizeBytes = ((NettyBufferPool) bufferPool).getAllocator().getChunkSize();
        long pageSize = ((NettyBufferPool) bufferPool).getAllocator().getPageSize();
        long chunksUsedBytes = 0;
        /**
         *PoolArenas
         */
        for (PoolArenaMetric pool : list) {
            List<PoolChunkListMetric> pcks = pool.chunkLists();
            /**
             *针对PoolChunkList
             */
            for (PoolChunkListMetric pck : pcks) {
                Iterator<PoolChunkMetric> it = pck.iterator();
                while (it.hasNext()) {
                    chunkCount++;
                    PoolChunkMetric p = it.next();
                    chunksUsedBytes += (chunkSizeBytes - p.freeBytes());
                }
            }
            List<PoolSubpageMetric> tinySubpages = pool.tinySubpages();
            for (PoolSubpageMetric tiny : tinySubpages) {
                chunksUsedBytes -= (pageSize - (tiny.maxNumElements() - tiny.numAvailable()) * tiny.elementSize());
            }
            List<PoolSubpageMetric> smallSubpages = pool.smallSubpages();
            for (PoolSubpageMetric small : smallSubpages) {
                chunksUsedBytes -= (pageSize - (small.maxNumElements() - small.numAvailable()) * small.elementSize());
            }
        }
        usedforNetwork = chunkCount * chunkSizeBytes;
    }
    ConcurrentHashMap<Long, Long> bufferpoolUsageMap = bufferPool.getNetDirectMemoryUsage();
    RowDataPacket row = new RowDataPacket(TOTAL_FIELD_COUNT);
    try {
        /**
         * 通过-XX:MaxDirectMemorySize=2048m设置的值
         */
        row.add(JavaUtils.bytesToString2(Platform.getMaxDirectMemory()).getBytes(c.getCharset()));
        if (useOffHeapForMerge == 1) {
            /**
             * 结果集合并时，总共消耗的DirectMemory内存
             */
            ConcurrentHashMap<Long, Long> concurrentHashMap = MycatServer.getInstance().getMyCatMemory().getResultMergeMemoryManager().getDirectMemorUsage();
            for (Map.Entry<Long, Long> entry : concurrentHashMap.entrySet()) {
                usedforMerge += entry.getValue();
            }
        }
        /**
         * 网络packet处理，在buffer pool 已经使用DirectMemory内存
         */
        if (processorBufferPoolType == 2) {
            usedforNetwork = chunkSizeBytes * chunkCount;
        } else {
            for (Map.Entry<Long, Long> entry : bufferpoolUsageMap.entrySet()) {
                usedforNetwork += entry.getValue();
            }
        }
        row.add(JavaUtils.bytesToString2(usedforMerge + usedforNetwork).getBytes(c.getCharset()));
        long totalAvailable = 0;
        if (useOffHeapForMerge == 1) {
            /**
             * 设置使用off-heap内存处理结果集时，防止客户把MaxDirectMemorySize设置到物理内存的极限。
             * Mycat能使用的DirectMemory是MaxDirectMemorySize*DIRECT_SAFETY_FRACTION大小，
             * DIRECT_SAFETY_FRACTION为安全系数，为OS，Heap预留空间，避免因大结果集造成系统物理内存被耗尽！
             */
            totalAvailable = (long) (Platform.getMaxDirectMemory() * MyCatMemory.DIRECT_SAFETY_FRACTION);
        } else {
            totalAvailable = Platform.getMaxDirectMemory();
        }
        row.add(JavaUtils.bytesToString2(totalAvailable - usedforMerge - usedforNetwork).getBytes(c.getCharset()));
        if (useOffHeapForMerge == 1) {
            /**
             * 输出安全系统DIRECT_SAFETY_FRACTION
             */
            row.add(("" + MyCatMemory.DIRECT_SAFETY_FRACTION).getBytes(c.getCharset()));
        } else {
            row.add(("1.0").getBytes(c.getCharset()));
        }
        long resevedForOs = 0;
        if (useOffHeapForMerge == 1) {
            /**
             * 预留OS系统部分内存！！！
             */
            resevedForOs = (long) ((1 - MyCatMemory.DIRECT_SAFETY_FRACTION) * (Platform.getMaxDirectMemory() - 2 * MycatServer.getInstance().getTotalNetWorkBufferSize()));
        }
        row.add(resevedForOs > 0 ? JavaUtils.bytesToString2(resevedForOs).getBytes(c.getCharset()) : "0".getBytes(c.getCharset()));
        row.packetId = ++packetId;
        buffer = row.write(buffer, c, true);
    } catch (UnsupportedEncodingException e) {
        e.printStackTrace();
    }
    // write last eof
    EOFPacket lastEof = new EOFPacket();
    lastEof.packetId = ++packetId;
    buffer = lastEof.write(buffer, c, true);
    // write buffer
    c.write(buffer);
}

Example 2 with NettyBufferPool

use of io.mycat.buffer.NettyBufferPool in project Mycat_plus by coderczp.

the class MycatServer method startup.

public void startup() throws IOException {
    SystemConfig system = config.getSystem();
    int processorCount = system.getProcessors();
    // init RouteStrategyFactory first
    RouteStrategyFactory.init();
    // server startup
    LOGGER.info(NAME + " is ready to startup ...");
    String inf = "Startup processors ...,total processors:" + system.getProcessors() + ",aio thread pool size:" + system.getProcessorExecutor() + "    \r\n each process allocated socket buffer pool " + " bytes ,a page size:" + system.getBufferPoolPageSize() + "  a page's chunk number(PageSize/ChunkSize) is:" + (system.getBufferPoolPageSize() / system.getBufferPoolChunkSize()) + "  buffer page's number is:" + system.getBufferPoolPageNumber();
    LOGGER.info(inf);
    LOGGER.info("sysconfig params:" + system.toString());
    // startup manager
    ManagerConnectionFactory mf = new ManagerConnectionFactory();
    ServerConnectionFactory sf = new ServerConnectionFactory();
    SocketAcceptor manager = null;
    SocketAcceptor server = null;
    aio = (system.getUsingAIO() == 1);
    // startup processors
    int threadPoolSize = system.getProcessorExecutor();
    processors = new NIOProcessor[processorCount];
    // a page size
    int bufferPoolPageSize = system.getBufferPoolPageSize();
    // total page number
    short bufferPoolPageNumber = system.getBufferPoolPageNumber();
    // minimum allocation unit
    short bufferPoolChunkSize = system.getBufferPoolChunkSize();
    int socketBufferLocalPercent = system.getProcessorBufferLocalPercent();
    int bufferPoolType = system.getProcessorBufferPoolType();
    switch(bufferPoolType) {
        case 0:
            bufferPool = new DirectByteBufferPool(bufferPoolPageSize, bufferPoolChunkSize, bufferPoolPageNumber, system.getFrontSocketSoRcvbuf());
            totalNetWorkBufferSize = bufferPoolPageSize * bufferPoolPageNumber;
            break;
        case 1:
            /**
             * todo 对应权威指南修改：
             *
             * bytebufferarena由6个bytebufferlist组成，这六个list有减少内存碎片的机制
             * 每个bytebufferlist由多个bytebufferchunk组成，每个list也有减少内存碎片的机制
             * 每个bytebufferchunk由多个page组成，平衡二叉树管理内存使用状态，计算灵活
             * 设置的pagesize对应bytebufferarena里面的每个bytebufferlist的每个bytebufferchunk的buffer长度
             * bufferPoolChunkSize对应每个bytebufferchunk的每个page的长度
             * bufferPoolPageNumber对应每个bytebufferlist有多少个bytebufferchunk
             */
            totalNetWorkBufferSize = 6 * bufferPoolPageSize * bufferPoolPageNumber;
            break;
        case 2:
            bufferPool = new NettyBufferPool(bufferPoolChunkSize);
            LOGGER.info("Use Netty Buffer Pool");
            break;
        default:
            bufferPool = new DirectByteBufferPool(bufferPoolPageSize, bufferPoolChunkSize, bufferPoolPageNumber, system.getFrontSocketSoRcvbuf());
            ;
            totalNetWorkBufferSize = bufferPoolPageSize * bufferPoolPageNumber;
    }
    /**
     * Off Heap For Merge/Order/Group/Limit 初始化
     */
    if (system.getUseOffHeapForMerge() == 1) {
        try {
            myCatMemory = new MyCatMemory(system, totalNetWorkBufferSize);
        } catch (NoSuchFieldException e) {
            LOGGER.error("NoSuchFieldException", e);
        } catch (IllegalAccessException e) {
            LOGGER.error("Error", e);
        }
    }
    businessExecutor = ExecutorUtil.create("BusinessExecutor", threadPoolSize);
    sequenceExecutor = ExecutorUtil.create("SequenceExecutor", threadPoolSize);
    timerExecutor = ExecutorUtil.create("Timer", system.getTimerExecutor());
    listeningExecutorService = MoreExecutors.listeningDecorator(businessExecutor);
    for (int i = 0; i < processors.length; i++) {
        processors[i] = new NIOProcessor("Processor" + i, bufferPool, businessExecutor);
    }
    if (aio) {
        LOGGER.info("using aio network handler ");
        asyncChannelGroups = new AsynchronousChannelGroup[processorCount];
        // startup connector
        connector = new AIOConnector();
        for (int i = 0; i < processors.length; i++) {
            asyncChannelGroups[i] = AsynchronousChannelGroup.withFixedThreadPool(processorCount, new ThreadFactory() {

                private int inx = 1;

                @Override
                public Thread newThread(Runnable r) {
                    Thread th = new Thread(r);
                    // TODO
                    th.setName(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + "AIO" + (inx++));
                    LOGGER.info("created new AIO thread " + th.getName());
                    return th;
                }
            });
        }
        manager = new AIOAcceptor(NAME + "Manager", system.getBindIp(), system.getManagerPort(), mf, this.asyncChannelGroups[0]);
        // startup server
        server = new AIOAcceptor(NAME + "Server", system.getBindIp(), system.getServerPort(), sf, this.asyncChannelGroups[0]);
    } else {
        LOGGER.info("using nio network handler ");
        NIOReactorPool reactorPool = new NIOReactorPool(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + "NIOREACTOR", processors.length);
        connector = new NIOConnector(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + "NIOConnector", reactorPool);
        ((NIOConnector) connector).start();
        manager = new NIOAcceptor(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + NAME + "Manager", system.getBindIp(), system.getManagerPort(), mf, reactorPool);
        server = new NIOAcceptor(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + NAME + "Server", system.getBindIp(), system.getServerPort(), sf, reactorPool);
    }
    // manager start
    manager.start();
    LOGGER.info(manager.getName() + " is started and listening on " + manager.getPort());
    server.start();
    // server started
    LOGGER.info(server.getName() + " is started and listening on " + server.getPort());
    LOGGER.info("===============================================");
    // init datahost
    Map<String, PhysicalDBPool> dataHosts = config.getDataHosts();
    LOGGER.info("Initialize dataHost ...");
    for (PhysicalDBPool node : dataHosts.values()) {
        String index = dnIndexProperties.getProperty(node.getHostName(), "0");
        if (!"0".equals(index)) {
            LOGGER.info("init datahost: " + node.getHostName() + "  to use datasource index:" + index);
        }
        node.init(Integer.parseInt(index));
        node.startHeartbeat();
    }
    long dataNodeIldeCheckPeriod = system.getDataNodeIdleCheckPeriod();
    heartbeatScheduler.scheduleAtFixedRate(updateTime(), 0L, TIME_UPDATE_PERIOD, TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(processorCheck(), 0L, system.getProcessorCheckPeriod(), TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(dataNodeConHeartBeatCheck(dataNodeIldeCheckPeriod), 0L, dataNodeIldeCheckPeriod, TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(dataNodeHeartbeat(), 0L, system.getDataNodeHeartbeatPeriod(), TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(dataSourceOldConsClear(), 0L, DEFAULT_OLD_CONNECTION_CLEAR_PERIOD, TimeUnit.MILLISECONDS);
    scheduler.schedule(catletClassClear(), 30000, TimeUnit.MILLISECONDS);
    if (system.getCheckTableConsistency() == 1) {
        scheduler.scheduleAtFixedRate(tableStructureCheck(), 0L, system.getCheckTableConsistencyPeriod(), TimeUnit.MILLISECONDS);
    }
    if (system.getUseSqlStat() == 1) {
        scheduler.scheduleAtFixedRate(recycleSqlStat(), 0L, DEFAULT_SQL_STAT_RECYCLE_PERIOD, TimeUnit.MILLISECONDS);
    }
    if (system.getUseGlobleTableCheck() == 1) {
        // 全局表一致性检测是否开启
        scheduler.scheduleAtFixedRate(glableTableConsistencyCheck(), 0L, system.getGlableTableCheckPeriod(), TimeUnit.MILLISECONDS);
    }
    // 定期清理结果集排行榜，控制拒绝策略
    scheduler.scheduleAtFixedRate(resultSetMapClear(), 0L, system.getClearBigSqLResultSetMapMs(), TimeUnit.MILLISECONDS);
    // new Thread(tableStructureCheck()).start();
    // XA Init recovery Log
    LOGGER.info("===============================================");
    LOGGER.info("Perform XA recovery log ...");
    performXARecoveryLog();
    if (isUseZkSwitch()) {
        // 首次启动如果发现zk上dnindex为空，则将本地初始化上zk
        initZkDnindex();
    }
    initRuleData();
    startup.set(true);
}

Example 3 with NettyBufferPool

use of io.mycat.buffer.NettyBufferPool in project Mycat-Server by MyCATApache.

the class ShowDirectMemory method showDirectMemoryTotal.

public static void showDirectMemoryTotal(ManagerConnection c) {
    ByteBuffer buffer = c.allocate();
    // write header
    buffer = totalHeader.write(buffer, c, true);
    // write fields
    for (FieldPacket field : totalFields) {
        buffer = field.write(buffer, c, true);
    }
    // write eof
    buffer = totalEof.write(buffer, c, true);
    // write rows
    byte packetId = totalEof.packetId;
    long usedforMerge = 0;
    long usedforNetwork = 0;
    long chunkSizeBytes = 0;
    int chunkCount = 0;
    if (processorBufferPoolType == 2 && bufferPool instanceof NettyBufferPool) {
        /**
         *计算逻辑就是，1.先计算PoolChunk分配的页,表示已经消耗的内存，
         *             2.然后计算小于一页情况，记录小于一页内存使用情况，
         *             上面二者合起来就是整个netty 使用的内存，
         *             已经分配了，但是没有使用的内存的情况
         */
        List<PoolArenaMetric> list = ((NettyBufferPool) bufferPool).getAllocator().getAlloc().directArenas();
        chunkSizeBytes = ((NettyBufferPool) bufferPool).getAllocator().getChunkSize();
        long pageSize = ((NettyBufferPool) bufferPool).getAllocator().getPageSize();
        long chunksUsedBytes = 0;
        /**
         *PoolArenas
         */
        for (PoolArenaMetric pool : list) {
            List<PoolChunkListMetric> pcks = pool.chunkLists();
            /**
             *针对PoolChunkList
             */
            for (PoolChunkListMetric pck : pcks) {
                Iterator<PoolChunkMetric> it = pck.iterator();
                while (it.hasNext()) {
                    chunkCount++;
                    PoolChunkMetric p = it.next();
                    chunksUsedBytes += (chunkSizeBytes - p.freeBytes());
                }
            }
            List<PoolSubpageMetric> tinySubpages = pool.tinySubpages();
            for (PoolSubpageMetric tiny : tinySubpages) {
                chunksUsedBytes -= (pageSize - (tiny.maxNumElements() - tiny.numAvailable()) * tiny.elementSize());
            }
            List<PoolSubpageMetric> smallSubpages = pool.smallSubpages();
            for (PoolSubpageMetric small : smallSubpages) {
                chunksUsedBytes -= (pageSize - (small.maxNumElements() - small.numAvailable()) * small.elementSize());
            }
        }
        usedforNetwork = chunkCount * chunkSizeBytes;
    }
    ConcurrentHashMap<Long, Long> bufferpoolUsageMap = bufferPool.getNetDirectMemoryUsage();
    RowDataPacket row = new RowDataPacket(TOTAL_FIELD_COUNT);
    try {
        /**
         * 通过-XX:MaxDirectMemorySize=2048m设置的值
         */
        row.add(JavaUtils.bytesToString2(Platform.getMaxDirectMemory()).getBytes(c.getCharset()));
        if (useOffHeapForMerge == 1) {
            /**
             * 结果集合并时，总共消耗的DirectMemory内存
             */
            ConcurrentHashMap<Long, Long> concurrentHashMap = MycatServer.getInstance().getMyCatMemory().getResultMergeMemoryManager().getDirectMemorUsage();
            for (Map.Entry<Long, Long> entry : concurrentHashMap.entrySet()) {
                usedforMerge += entry.getValue();
            }
        }
        /**
         * 网络packet处理，在buffer pool 已经使用DirectMemory内存
         */
        if (processorBufferPoolType == 2) {
            usedforNetwork = chunkSizeBytes * chunkCount;
        } else {
            for (Map.Entry<Long, Long> entry : bufferpoolUsageMap.entrySet()) {
                usedforNetwork += entry.getValue();
            }
        }
        row.add(JavaUtils.bytesToString2(usedforMerge + usedforNetwork).getBytes(c.getCharset()));
        long totalAvailable = 0;
        if (useOffHeapForMerge == 1) {
            /**
             * 设置使用off-heap内存处理结果集时，防止客户把MaxDirectMemorySize设置到物理内存的极限。
             * Mycat能使用的DirectMemory是MaxDirectMemorySize*DIRECT_SAFETY_FRACTION大小，
             * DIRECT_SAFETY_FRACTION为安全系数，为OS，Heap预留空间，避免因大结果集造成系统物理内存被耗尽！
             */
            totalAvailable = (long) (Platform.getMaxDirectMemory() * MyCatMemory.DIRECT_SAFETY_FRACTION);
        } else {
            totalAvailable = Platform.getMaxDirectMemory();
        }
        row.add(JavaUtils.bytesToString2(totalAvailable - usedforMerge - usedforNetwork).getBytes(c.getCharset()));
        if (useOffHeapForMerge == 1) {
            /**
             * 输出安全系统DIRECT_SAFETY_FRACTION
             */
            row.add(("" + MyCatMemory.DIRECT_SAFETY_FRACTION).getBytes(c.getCharset()));
        } else {
            row.add(("1.0").getBytes(c.getCharset()));
        }
        long resevedForOs = 0;
        if (useOffHeapForMerge == 1) {
            /**
             * 预留OS系统部分内存！！！
             */
            resevedForOs = (long) ((1 - MyCatMemory.DIRECT_SAFETY_FRACTION) * (Platform.getMaxDirectMemory() - 2 * MycatServer.getInstance().getTotalNetWorkBufferSize()));
        }
        row.add(resevedForOs > 0 ? JavaUtils.bytesToString2(resevedForOs).getBytes(c.getCharset()) : "0".getBytes(c.getCharset()));
        row.packetId = ++packetId;
        buffer = row.write(buffer, c, true);
    } catch (UnsupportedEncodingException e) {
        e.printStackTrace();
    }
    // write last eof
    EOFPacket lastEof = new EOFPacket();
    lastEof.packetId = ++packetId;
    buffer = lastEof.write(buffer, c, true);
    // write buffer
    c.write(buffer);
}

Example 4 with NettyBufferPool

use of io.mycat.buffer.NettyBufferPool in project Mycat-Server by MyCATApache.

the class MycatServer method startup.

public void startup() throws IOException {
    SystemConfig system = config.getSystem();
    int processorCount = system.getProcessors();
    // init RouteStrategyFactory first
    RouteStrategyFactory.init();
    // server startup
    LOGGER.info(NAME + " is ready to startup ...");
    String inf = "Startup processors ...,total processors:" + system.getProcessors() + ",aio thread pool size:" + system.getProcessorExecutor() + "    \r\n each process allocated socket buffer pool " + " bytes ,a page size:" + system.getBufferPoolPageSize() + "  a page's chunk number(PageSize/ChunkSize) is:" + (system.getBufferPoolPageSize() / system.getBufferPoolChunkSize()) + "  buffer page's number is:" + system.getBufferPoolPageNumber();
    LOGGER.info(inf);
    LOGGER.info("sysconfig params:" + system.toString());
    // startup manager
    ManagerConnectionFactory mf = new ManagerConnectionFactory();
    ServerConnectionFactory sf = new ServerConnectionFactory();
    SocketAcceptor manager = null;
    SocketAcceptor server = null;
    aio = (system.getUsingAIO() == 1);
    // startup processors
    int threadPoolSize = system.getProcessorExecutor();
    processors = new NIOProcessor[processorCount];
    // a page size
    int bufferPoolPageSize = system.getBufferPoolPageSize();
    // total page number
    short bufferPoolPageNumber = system.getBufferPoolPageNumber();
    // minimum allocation unit
    short bufferPoolChunkSize = system.getBufferPoolChunkSize();
    int socketBufferLocalPercent = system.getProcessorBufferLocalPercent();
    int bufferPoolType = system.getProcessorBufferPoolType();
    switch(bufferPoolType) {
        case 0:
            bufferPool = new DirectByteBufferPool(bufferPoolPageSize, bufferPoolChunkSize, bufferPoolPageNumber, system.getFrontSocketSoRcvbuf());
            totalNetWorkBufferSize = bufferPoolPageSize * bufferPoolPageNumber;
            break;
        case 1:
            /**
             * todo 对应权威指南修改：
             *
             * bytebufferarena由6个bytebufferlist组成，这六个list有减少内存碎片的机制
             * 每个bytebufferlist由多个bytebufferchunk组成，每个list也有减少内存碎片的机制
             * 每个bytebufferchunk由多个page组成，平衡二叉树管理内存使用状态，计算灵活
             * 设置的pagesize对应bytebufferarena里面的每个bytebufferlist的每个bytebufferchunk的buffer长度
             * bufferPoolChunkSize对应每个bytebufferchunk的每个page的长度
             * bufferPoolPageNumber对应每个bytebufferlist有多少个bytebufferchunk
             */
            totalNetWorkBufferSize = 6 * bufferPoolPageSize * bufferPoolPageNumber;
            break;
        case 2:
            bufferPool = new NettyBufferPool(bufferPoolChunkSize);
            LOGGER.info("Use Netty Buffer Pool");
            break;
        default:
            bufferPool = new DirectByteBufferPool(bufferPoolPageSize, bufferPoolChunkSize, bufferPoolPageNumber, system.getFrontSocketSoRcvbuf());
            ;
            totalNetWorkBufferSize = bufferPoolPageSize * bufferPoolPageNumber;
    }
    /**
     * Off Heap For Merge/Order/Group/Limit 初始化
     */
    if (system.getUseOffHeapForMerge() == 1) {
        try {
            myCatMemory = new MyCatMemory(system, totalNetWorkBufferSize);
        } catch (NoSuchFieldException e) {
            LOGGER.error("NoSuchFieldException", e);
        } catch (IllegalAccessException e) {
            LOGGER.error("Error", e);
        }
    }
    businessExecutor = ExecutorUtil.create("BusinessExecutor", threadPoolSize);
    sequenceExecutor = ExecutorUtil.create("SequenceExecutor", threadPoolSize);
    timerExecutor = ExecutorUtil.create("Timer", system.getTimerExecutor());
    listeningExecutorService = MoreExecutors.listeningDecorator(businessExecutor);
    for (int i = 0; i < processors.length; i++) {
        processors[i] = new NIOProcessor("Processor" + i, bufferPool, businessExecutor);
    }
    if (aio) {
        LOGGER.info("using aio network handler ");
        asyncChannelGroups = new AsynchronousChannelGroup[processorCount];
        // startup connector
        connector = new AIOConnector();
        for (int i = 0; i < processors.length; i++) {
            asyncChannelGroups[i] = AsynchronousChannelGroup.withFixedThreadPool(processorCount, new ThreadFactory() {

                private int inx = 1;

                @Override
                public Thread newThread(Runnable r) {
                    Thread th = new Thread(r);
                    // TODO
                    th.setName(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + "AIO" + (inx++));
                    LOGGER.info("created new AIO thread " + th.getName());
                    return th;
                }
            });
        }
        manager = new AIOAcceptor(NAME + "Manager", system.getBindIp(), system.getManagerPort(), mf, this.asyncChannelGroups[0]);
        // startup server
        server = new AIOAcceptor(NAME + "Server", system.getBindIp(), system.getServerPort(), sf, this.asyncChannelGroups[0]);
    } else {
        LOGGER.info("using nio network handler ");
        NIOReactorPool reactorPool = new NIOReactorPool(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + "NIOREACTOR", processors.length);
        connector = new NIOConnector(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + "NIOConnector", reactorPool);
        ((NIOConnector) connector).start();
        manager = new NIOAcceptor(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + NAME + "Manager", system.getBindIp(), system.getManagerPort(), mf, reactorPool);
        server = new NIOAcceptor(DirectByteBufferPool.LOCAL_BUF_THREAD_PREX + NAME + "Server", system.getBindIp(), system.getServerPort(), sf, reactorPool);
    }
    // manager start
    manager.start();
    LOGGER.info(manager.getName() + " is started and listening on " + manager.getPort());
    server.start();
    // server started
    LOGGER.info(server.getName() + " is started and listening on " + server.getPort());
    LOGGER.info("===============================================");
    // init datahost
    Map<String, PhysicalDBPool> dataHosts = config.getDataHosts();
    LOGGER.info("Initialize dataHost ...");
    for (PhysicalDBPool node : dataHosts.values()) {
        String index = dnIndexProperties.getProperty(node.getHostName(), "0");
        if (!"0".equals(index)) {
            LOGGER.info("init datahost: " + node.getHostName() + "  to use datasource index:" + index);
        }
        node.init(Integer.parseInt(index));
        node.startHeartbeat();
    }
    long dataNodeIldeCheckPeriod = system.getDataNodeIdleCheckPeriod();
    heartbeatScheduler.scheduleAtFixedRate(updateTime(), 0L, TIME_UPDATE_PERIOD, TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(processorCheck(), 0L, system.getProcessorCheckPeriod(), TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(dataNodeConHeartBeatCheck(dataNodeIldeCheckPeriod), 0L, dataNodeIldeCheckPeriod, TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(dataNodeHeartbeat(), 0L, system.getDataNodeHeartbeatPeriod(), TimeUnit.MILLISECONDS);
    heartbeatScheduler.scheduleAtFixedRate(dataSourceOldConsClear(), 0L, DEFAULT_OLD_CONNECTION_CLEAR_PERIOD, TimeUnit.MILLISECONDS);
    scheduler.schedule(catletClassClear(), 30000, TimeUnit.MILLISECONDS);
    if (system.getCheckTableConsistency() == 1) {
        scheduler.scheduleAtFixedRate(tableStructureCheck(), 0L, system.getCheckTableConsistencyPeriod(), TimeUnit.MILLISECONDS);
    }
    if (system.getUseSqlStat() == 1) {
        scheduler.scheduleAtFixedRate(recycleSqlStat(), 0L, DEFAULT_SQL_STAT_RECYCLE_PERIOD, TimeUnit.MILLISECONDS);
    }
    if (system.getUseGlobleTableCheck() == 1) {
        // 全局表一致性检测是否开启
        scheduler.scheduleAtFixedRate(glableTableConsistencyCheck(), 0L, system.getGlableTableCheckPeriod(), TimeUnit.MILLISECONDS);
    }
    // 定期清理结果集排行榜，控制拒绝策略
    scheduler.scheduleAtFixedRate(resultSetMapClear(), 0L, system.getClearBigSqLResultSetMapMs(), TimeUnit.MILLISECONDS);
    // new Thread(tableStructureCheck()).start();
    // XA Init recovery Log
    LOGGER.info("===============================================");
    LOGGER.info("Perform XA recovery log ...");
    performXARecoveryLog();
    if (isUseZkSwitch()) {
        // 首次启动如果发现zk上dnindex为空，则将本地初始化上zk
        initZkDnindex();
    }
    initRuleData();
    startup.set(true);
}