Examples of com.sleepycat.je.utilint.StatGroup

com.sleepycat.je.utilint.StatGroup
The Stats infrastructure provides context for JE statistics. Each statistic has these attributes: - metadata - specifically, a name and description - each statistic is associated with a parent stat group, which itself has a name and description. - support for the StatsConfig.clear semantics - a way to print statistics in a user friendly way. To create a statistic variable, instantiate one of the concrete subclasses of Stat. Each concrete subclass should hold the methods that are needed to best set and display the value. For example, instead of using LongStat to hold a timestamp or LSN value, use TimestampStat or LSNStat. A Stat instance needs to specify a StatDefinition. There may be multiple Stat variables in different components that share a StatDefinition. They are differentiated when displayed by their parent StatGroup. Each Stat instance is associated with a StatGroup, which holds the collection of stats that belong to a given component. Each member of the StatGroup has a unique StatDefinition. StatGroups can be combined, in order to accumulate values. For example, the LockManager may have multiple lock tables. Each lock table keeps its own latch statistics. When LockStats are generated, the StatsGroup for each latch is collected and rolled up into a single StatGroup, using the addAll(StatGroup) method. The Stats infrastructure is for internal use only. Public API classes like EnvironmentStats, LockStats, etc, contain StatGroups. A call to retrieve stats is implementing by getting a clone of the StatGroups held by the components like the cleaner, the incompressor, the LockManager, etc. The public API classes provide getter methods that reach into the StatGroups to return the specific stat value. To add a statistic, create the Stat variable in the component where it is being used and associate it with a StatGroup. The Stat infrastruture does the rest of the work for plumbing that statistic up to the public API class. Each API class must provide a getter method to access the specific statistic. Currenly, this is done manually.

     *
     * @return the statistics
     */
    public StatGroup getFeederManagerStats(@SuppressWarnings("unused")
                                           StatsConfig config) {
        StatGroup cloneStats = stats.cloneGroup(false);


        return cloneStats;
    }

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    }


    /* Get the protocol stats for this FeederManager. */
    public StatGroup getProtocolStats(StatsConfig config) {
        /* Aggregate stats that have not yet been aggregated. */
        StatGroup protocolStats =
            new StatGroup(BinaryProtocolStatDefinition.GROUP_NAME,
                          BinaryProtocolStatDefinition.GROUP_DESC);
        synchronized (activeFeeders) {
            for (Feeder feeder : activeFeeders.values()) {
                protocolStats.addAll(feeder.getProtocolStats(config));
            }
        }


        return protocolStats;
    }

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                            @SuppressWarnings("unused")
                            Message message =
                                getProtocol().read(getReplicaFeederChannel());
                            if (statsInterval > 0 &&
                                (opCount % statsInterval) == 0) {
                                StatGroup stats = getProtocol().
                                    getStats(StatsConfig.DEFAULT);
                                long bytesRead = 
                                    stats.getLong(N_BYTES_READ);
                                long messagesRead =
                                    stats.getLong(N_MESSAGES_READ);
                                long elapsedTime =
                                    System.currentTimeMillis() - ctime;
                                long bytesPerMilliSecond =
                                    bytesRead / elapsedTime;
                                System.out.println

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        } else {
            this.logger = LoggerUtils.getLoggerFormatterNeeded(getClass());
        }
        this.formatter = new ReplicationFormatter(nameIdPair);


        stats = new StatGroup(BinaryProtocolStatDefinition.GROUP_NAME,
                              BinaryProtocolStatDefinition.GROUP_DESC);
        nReadNanos = new LongStat(stats, N_READ_NANOS);
        nWriteNanos = new LongStat(stats, N_WRITE_NANOS);
        nBytesRead = new LongStat(stats, N_BYTES_READ);
        nMessagesRead = new LongStat(stats, N_MESSAGES_READ);

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    public int getVersion() {
        return configuredVersion;
    }


    public StatGroup getStats(StatsConfig config) {
        StatGroup ret = stats.cloneGroup(config.getClear());


        return ret;
    }

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        }


        logger = LoggerUtils.getLoggerFixedPrefix(getClass(), 
                                                  clientNameId.toString(),
                                                  repImpl);
        statistics = new StatGroup(NetworkBackupStatDefinition.GROUP_NAME,
                                   NetworkBackupStatDefinition.GROUP_DESC);
        backupFileCount = new IntStat(statistics, BACKUP_FILE_COUNT);
        disposedCount = new IntStat(statistics, DISPOSED_COUNT);
        fetchCount = new IntStat(statistics, FETCH_COUNT);
        skipCount = new IntStat(statistics, SKIP_COUNT);

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    /**
     * Returns statistics associated with the NetworkBackup execution.
     */
    public StatGroup getStats() {
        StatGroup ret = statistics.cloneGroup(false);


        return ret;
    }

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        int getDuplicateTreeMaxDepth() {
            return duplicateTreeMaxDepth;
        }


        private StatGroup getStats() {
            StatGroup group = new StatGroup(GROUP_NAME, GROUP_DESC);
            new LongStat(group, BTREE_IN_COUNT, getINNodeIdsSeen().size());
            new LongStat(group, BTREE_BIN_COUNT, getBINNodeIdsSeen().size());
            new LongStat(group, BTREE_DIN_COUNT, getDINNodeIdsSeen().size());
            new LongStat(group, BTREE_DBIN_COUNT, getDBINNodeIdsSeen().size());
            new LongStat

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        this.env = env;
        this.name = name;


        /* Initiate the stats definitions. */
        stats = new StatGroup(GROUP_NAME, GROUP_DESC);
        nCleanerRuns = new LongStat(stats, CLEANER_RUNS);
        nCleanerDeletions = new LongStat(stats, CLEANER_DELETIONS);
        nINsObsolete = new LongStat(stats, CLEANER_INS_OBSOLETE);
        nINsCleaned = new LongStat(stats, CLEANER_INS_CLEANED);
        nINsDead = new LongStat(stats, CLEANER_INS_DEAD);

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    public StatGroup loadStats(StatsConfig config) {
        if (!config.getFast()) {
            totalLogSize.set(profile.getTotalLogSize());
        }


        StatGroup copyStats = stats.cloneGroup(config.getClear());
        /* Add the FileSelector's stats to the cleaner stat group. */
        copyStats.addAll(fileSelector.loadStats());


        return copyStats;
    }

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com.sleepycat.je.BtreeStats

com.sleepycat.je.cleaner.Cleaner

com.sleepycat.je.cleaner.FileSelector

com.sleepycat.je.dbi.DatabaseImpl$StatsAccumulator

com.sleepycat.je.dbi.EnvironmentImpl

com.sleepycat.je.dbi.INList

com.sleepycat.je.dbi.MemoryBudget

com.sleepycat.je.EnvironmentStats

com.sleepycat.je.evictor.Arbiter

com.sleepycat.je.evictor.Evictor

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