Examples of com.cloudera.flume.handlers.debug.ChokeManager

Package com.cloudera.flume.handlers.debug

Examples of com.cloudera.flume.handlers.debug.ChokeManager

com.cloudera.flume.handlers.debug.ChokeManager
Main throttling Logic is here. All the choke-decorators have to call a method (deleteItems) of this class before calling the append of their super class. And in that method a thread is blocked if the Throttling limit either at the PhysicalNode level or the choke-id level is reached. In this version, I've ignored the physicalNode limit.

    this.failoverMans.put(getPhysicalNodeName(), dfMan);
    this.collectorAck = colAck;
    this.liveMan = liveman;
    // As this is only for the testing puposes, just initialize the physical
    // node limit to Max Int.
    this.chokeMan = new ChokeManager();
    this.vmInfo = new FlumeVMInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.physicalNodeName + ".");


    this.reportPusher = new MasterReportPusher(FlumeConfiguration.get(),
        simpleReportManager, rpcMan);

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      this.liveMan = null;
      this.reportPusher = null;
    }


    // initializing ChokeController
    this.chokeMan = new ChokeManager();


    this.vmInfo = new FlumeVMInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.getPhysicalNodeName() + ".");
    this.sysInfo = new SystemInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.getPhysicalNodeName() + ".");

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    this.failoverMans.put(getPhysicalNodeName(), dfMan);
    this.collectorAck = colAck;
    this.liveMan = liveman;
    // As this is only for the testing puposes, just initialize the physical
    // node limit to Max Int.
    this.chokeMan = new ChokeManager();
    this.vmInfo = new FlumeVMInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.physicalNodeName + ".");


    this.reportPusher = new MasterReportPusher(FlumeConfiguration.get(),
        simpleReportManager, rpcMan);

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      this.liveMan = null;
      this.reportPusher = null;
    }


    // initializing ChokeController
    this.chokeMan = new ChokeManager();


    this.vmInfo = new FlumeVMInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.getPhysicalNodeName() + ".");
    this.sysInfo = new SystemInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.getPhysicalNodeName() + ".");

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    this.failoverMans.put(getPhysicalNodeName(), dfMan);
    this.collectorAck = colAck;
    this.liveMan = liveman;
    // As this is only for the testing puposes, just initialize the physical
    // node limit to Max Int.
    this.chokeMan = new ChokeManager();
    this.vmInfo = new FlumeVMInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.physicalNodeName + ".");


    this.reportPusher = new MasterReportPusher(FlumeConfiguration.get(),
        ReportManager.get(), rpcMan);

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      this.liveMan = null;
      this.reportPusher = null;
    }


    // initializing ChokeController
    this.chokeMan = new ChokeManager();


    this.vmInfo = new FlumeVMInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.getPhysicalNodeName() + ".");
    this.sysInfo = new SystemInfo(PHYSICAL_NODE_REPORT_PREFIX
        + this.getPhysicalNodeName() + ".");

View Full Code Here

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Related Classes of com.cloudera.flume.handlers.debug.ChokeManager

com.cloudera.flume.agent.FlumeNode

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java.util.concurrent.locks.ReentrantReadWriteLock

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