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However, if you add GPL Version 2 code * and therefore, elected the GPL Version 2 license, then the option applies * only if the new code is made subject to such option by the copyright * holder. */ package com.sun.ejb.base.stats; import org.glassfish.j2ee.statistics.CountStatistic; import org.glassfish.j2ee.statistics.RangeStatistic; import org.glassfish.j2ee.statistics.TimeStatistic; import com.sun.ejb.spi.stats.MonitorableSFSBStoreManager; import com.sun.enterprise.admin.monitor.stats.AverageRangeStatistic; import com.sun.enterprise.admin.monitor.stats.BoundedRangeStatisticImpl; import com.sun.enterprise.admin.monitor.stats.CountStatisticImpl; import com.sun.enterprise.admin.monitor.stats.MutableAverageRangeStatisticImpl; import com.sun.enterprise.admin.monitor.stats.MutableBoundedRangeStatisticImpl; import com.sun.enterprise.admin.monitor.stats.MutableCountStatisticImpl; import com.sun.enterprise.admin.monitor.stats.MutableTimeStatisticImpl; import com.sun.enterprise.admin.monitor.stats.TimeStatisticImpl; /** * Implementation of StatefulSessionStoreStats * There is once instance of this class per StatefulEJBContainer * * @author Mahesh Kannan */ public class HAStatefulSessionStoreStatsImpl extends StatefulSessionStoreStatsImpl implements com.sun.enterprise.admin.monitor.stats.HAStatefulSessionStoreStats { private MutableCountStatisticImpl checkpointCount; private MutableCountStatisticImpl checkpointSuccessCount; private MutableCountStatisticImpl checkpointErrorCount; private MutableAverageRangeStatisticImpl checkpointSize; private MutableAverageRangeStatisticImpl checkpointTime; private Object checkpointCountLock = new Object(); private Object checkpointSizeLock = new Object(); private Object checkpointTimeLock = new Object(); private long checkpointCountVal; private long checkpointSuccessCountVal; private long checkpointErrorCountVal; public HAStatefulSessionStoreStatsImpl( MonitorableSFSBStoreManager provider) { super(provider, "com.sun.enterprise.admin.monitor.stats.HAStatefulSessionStoreStats"); initialize(); } protected void initialize() { super.initialize(); synchronized (checkpointCountLock) { checkpointCount = new MutableCountStatisticImpl( new CountStatisticImpl("CheckpointCount")); checkpointSuccessCount = new MutableCountStatisticImpl( new CountStatisticImpl("CheckpointSuccessCount")); checkpointErrorCount = new MutableCountStatisticImpl( new CountStatisticImpl("CheckpointErrorCount")); } synchronized (checkpointTimeLock) { checkpointTime = new MutableAverageRangeStatisticImpl( new BoundedRangeStatisticImpl(0, 0, 0, 0, 0, "CheckpointTime", "millis", "Time spent on checkpointing", 0, 0) ); } synchronized (checkpointSizeLock) { checkpointSize = new MutableAverageRangeStatisticImpl( new BoundedRangeStatisticImpl(0, 0, 0, 0, 0, "CheckpointSize", "millis", "Number of bytes checkpointed", 0, 0) ); } } /** * Returns the total number of sessions checkpointed into the store */ public CountStatistic getCheckpointCount() { synchronized (checkpointCountLock) { checkpointCount.setCount(checkpointCountVal); return (CountStatistic) checkpointCount.unmodifiableView(); } } /** * Returns the total number of sessions successfully Checkpointed into the store */ public CountStatistic getCheckpointSuccessCount() { synchronized (checkpointCountLock) { checkpointSuccessCount.setCount(checkpointSuccessCountVal); return (CountStatistic) checkpointSuccessCount.unmodifiableView(); } } /** * Returns the total number of sessions that couldn't be Checkpointed into the store */ public CountStatistic getCheckpointErrorCount() { synchronized (checkpointCountLock) { checkpointErrorCount.setCount(checkpointErrorCountVal); return (CountStatistic) checkpointErrorCount.unmodifiableView(); } } /** * Returns the number of bytes checkpointed */ public AverageRangeStatistic getCheckpointedBeanSize() { synchronized (checkpointTimeLock) { return (AverageRangeStatistic) checkpointSize.unmodifiableView(); } } /** * Returns the time spent on passivating beans to the store including total, min, max */ public AverageRangeStatistic getCheckpointTime() { synchronized (checkpointTimeLock) { return (AverageRangeStatistic) checkpointTime.unmodifiableView(); } } public void incrementCheckpointCount(boolean success) { synchronized (checkpointCountLock) { checkpointCountVal++; if (success) { checkpointSuccessCountVal++; } else { checkpointErrorCountVal++; } } } public void setCheckpointSize(long val) { synchronized (checkpointSizeLock) { checkpointSize.setCount(val); } } public void setCheckpointTime(long val) { synchronized (checkpointTimeLock) { checkpointTime.setCount(val); } } protected void appendStats(StringBuffer sbuf) { super.appendStats(sbuf); sbuf.append("CheckpointCount: ").append(checkpointCountVal) .append("; ") .append("CheckpointSuccessCount: ").append(checkpointSuccessCountVal) .append("; ") .append("CheckpointErrorCount: ").append(checkpointErrorCountVal) .append("; "); appendTimeStatistic(sbuf, "CheckpointTime", checkpointTime); } }