Package org.apache.geronimo.management.stats

Examples of org.apache.geronimo.management.stats.BoundedRangeStatisticImpl

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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;
       
        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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    public Date getKernelBootTime() {
        return kernel.getBootTime();
    }

    public Stats getStats() {
        BoundedRangeStatisticImpl heap;
        if(stats == null) {
            stats = new JVMStatsImpl();
            long start = kernel.getBootTime().getTime();
            stats.getUpTimeImpl().setCount(start);
            stats.getUpTimeImpl().setStartTime(start);
            heap = stats.getHeapSizeImpl();
            heap.setStartTime(start);
            heap.setBounds(0, runtime.totalMemory());
            heap.setCurrent(heap.getUpperBound() - runtime.freeMemory());
            heap.setLowWaterMark(heap.getCurrent());
            heap.setHighWaterMark(heap.getCurrent());
        } else {
            heap = stats.getHeapSizeImpl();
            heap.setBounds(0, runtime.totalMemory());
            heap.setCurrent(heap.getUpperBound() - runtime.freeMemory());
        }
        long now = System.currentTimeMillis();
        stats.getUpTimeImpl().setLastSampleTime(now);
        heap.setLastSampleTime(now);
        return stats;
    }
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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;

        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;

        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;
       
        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;
       
        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;

        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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                "The number of bytes sent during the observerd period", 0);
        bytesReceivedCount = new CountStatisticImpl("Bytes Received", StatisticImpl.UNIT_COUNT,
                "The number of bytes received during the observerd period", 0);
        openConnectionCount = new RangeStatisticImpl("" + "Open Connections", StatisticImpl.UNIT_COUNT,
                "Range for connections opened during the observed period", 0); // all 0's
        busyThreads = new BoundedRangeStatisticImpl("Busy Threads", StatisticImpl.UNIT_COUNT,
                "BoundedRange for Threads currently busy serving requests", 0, 0, 0);
        addStat("RequestTime", requestTime); // better name
        addStat("activeRequestCount", activeRequestCount);
        addStat("errorCount", errorCount);
        addStat("bytesSent", bytesSentCount);
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    public Stats getStats() {
        RuntimeMXBean runmxbean = ManagementFactory.getRuntimeMXBean();
        MemoryMXBean memmxbean = ManagementFactory.getMemoryMXBean();
        MemoryUsage memUsage = memmxbean.getHeapMemoryUsage();
        CountStatisticImpl upTime;
        BoundedRangeStatisticImpl heapSize;
       
        if (stats == null) {
            stats = new JVMStatsImpl();
            // setup UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setStartTime(runmxbean.getStartTime());
            upTime.setCount(runmxbean.getUptime());
            // setup Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setStartTime(runmxbean.getStartTime());
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
            heapSize.setLowWaterMark(memUsage.getUsed());
            heapSize.setHighWaterMark(memUsage.getUsed());
        } else {
            // update UpTime CountStatistic
            upTime = stats.getUpTimeImpl();
            upTime.setCount(runmxbean.getUptime());
            // update Heap BoundedRangeStatistic
            heapSize = stats.getHeapSizeImpl();
            heapSize.setBounds(0, memUsage.getMax());
            heapSize.setCurrent(memUsage.getUsed());
        }
        long now = upTime.getStartTime() + upTime.getCount();
        upTime.setLastSampleTime(now);
        heapSize.setLastSampleTime(now);

        return stats;
    }
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                "The number of bytes sent during the observerd period", 0);
        bytesReceivedCount = new CountStatisticImpl("Bytes Received", StatisticImpl.UNIT_COUNT,
                "The number of bytes received during the observerd period", 0);
        openConnectionCount = new RangeStatisticImpl("" + "Open Connections", StatisticImpl.UNIT_COUNT,
                "Range for connections opened during the observed period", 0); // all 0's
        busyThreads = new BoundedRangeStatisticImpl("Busy Threads", StatisticImpl.UNIT_COUNT,
                "BoundedRange for Threads currently busy serving requests", 0, 0, 0);
        addStat("RequestTime", requestTime); // better name
        addStat("activeRequestCount", activeRequestCount);
        addStat("errorCount", errorCount);
        addStat("bytesSent", bytesSentCount);
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