Package org.rioproject.impl.system.measurable.memory

Examples of org.rioproject.impl.system.measurable.memory.Memory

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        Assume.assumeTrue(!System.getProperty("os.name").startsWith("Windows"));
    }

    @Test
    public void createAndVerifyMemoryClass() {
        Memory mem = new Memory(EmptyConfiguration.INSTANCE);
        SimpleThresholdListener l = new SimpleThresholdListener();
        mem.start();
        mem.checkValue();
        double utilization = mem.getUtilization();
        Assert.assertTrue("Utilization should be > 0", utilization>0);
        Assert.assertTrue(l.getType()== null);
    }
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        Assert.assertTrue(l.getType()== null);
    }

    @Test
    public void createAndVerifyMemoryWithLowerThresholdBeingCrossed() {
        Memory mem = new Memory(EmptyConfiguration.INSTANCE);
        ThresholdValues tVals = new ThresholdValues(0.30, 0.90);
        mem.setThresholdValues(tVals);
        SimpleThresholdListener l = new SimpleThresholdListener();
        mem.start();
        mem.checkValue();
        double utilization = mem.getUtilization();
        Assert.assertTrue("Utilization should be > 0", utilization>0);
        Assert.assertTrue(l.getType()== null);
    }
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        Assert.assertTrue(l.getType()== null);
    }

    @Test
    public void createAndVerifyMemoryWithUpperThresholdBeingCrossed() {
        Memory mem = new Memory(EmptyConfiguration.INSTANCE);
        ThresholdValues tVals = new ThresholdValues(0.00, 0.05);
        mem.setThresholdValues(tVals);
        SimpleThresholdListener l = new SimpleThresholdListener();
        mem.start();
        mem.checkValue();
        double utilization = mem.getUtilization();
        Assert.assertTrue("Utilization should be > 0", utilization>0);
        Assert.assertTrue(l.getType()== null);
    }
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    }

    private void createSystemWatches() {
        if(sigar!=null) {
            int pidToUse = (int)(actualPID==-1?processManager.getPid():actualPID);
            memory = new Memory(config);
            ProcessMemoryMonitor memMonitor =
                (ProcessMemoryMonitor)memory.getMeasurableMonitor();
            memMonitor.setPID(pidToUse);
            if(mbsc!=null) {
                MemoryMXBean memBean =
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            throw new IllegalArgumentException("config is null");
       
        List<MeasurableCapability> measurables = new ArrayList<MeasurableCapability>();
        /* Create the Memory MeasurableCapability. This will measure memory
         * for the JVM */
        MeasurableCapability memory =  new Memory(config);
        if(memory.isEnabled())
            measurables.add(memory);

        /* If SIGAR is available, create a Memory MeasurableCapability for the
         * physical machine as well */
        boolean haveSigar = SigarHelper.sigarAvailable();
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        Assert.assertTrue(SigarHelper.sigarAvailable());
    }

    @Test
    public void createAndVerifyMemoryClass() {
        Memory mem = new Memory(EmptyConfiguration.INSTANCE);
        SimpleThresholdListener l = new SimpleThresholdListener();
        mem.start();
        mem.checkValue();
        double utilization = mem.getUtilization();
        Assert.assertTrue("Utilization should be > 0", utilization>0);
        Assert.assertTrue(l.getType()== null);
    }
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        Assert.assertTrue(l.getType()== null);
    }

    @Test
    public void createAndVerifyMemoryWithLowerThresholdBeingCrossed() {
        Memory mem = new Memory(EmptyConfiguration.INSTANCE);
        ThresholdValues tVals = new ThresholdValues(0.30, 0.90);
        mem.setThresholdValues(tVals);
        SimpleThresholdListener l = new SimpleThresholdListener();
        mem.start();
        mem.checkValue();
        double utilization = mem.getUtilization();
        Assert.assertTrue("Utilization should be > 0", utilization>0);
        Assert.assertTrue(l.getType()== null);
    }
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        Assert.assertTrue(l.getType()== null);
    }

    @Test
    public void createAndVerifyMemoryWithUpperThresholdBeingCrossed() {
        Memory mem = new Memory(EmptyConfiguration.INSTANCE);
        ThresholdValues tVals = new ThresholdValues(0.00, 0.05);
        mem.setThresholdValues(tVals);
        SimpleThresholdListener l = new SimpleThresholdListener();
        mem.start();
        mem.checkValue();
        double utilization = mem.getUtilization();
        Assert.assertTrue("Utilization should be > 0", utilization>0);
        Assert.assertTrue(l.getType()== null);
    }
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    }

    private MeasurableCapability[] loadMeasurables(final Configuration config) {
        List<MeasurableCapability> measurables = new ArrayList<MeasurableCapability>();
        /* Create the Memory MeasurableCapability */
        MeasurableCapability memory = new Memory(config);
        if(memory.isEnabled())
            measurables.add(memory);

        try{
            MeasurableCapability cpu = new CPU(config, SystemWatchID.PROC_CPU, true);
            if(cpu.isEnabled())
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Related Classes of org.rioproject.impl.system.measurable.memory.Memory

  • org.rioproject.costmodel.ResourceCostModel
  • org.rioproject.costmodel.ZeroCostModel
  • org.rioproject.cybernode.service.ServiceBeanExecutorImpl
  • org.rioproject.impl.exec.ServiceExecutor
  • org.rioproject.impl.system.measurable.MeasurableMonitor
  • org.rioproject.impl.system.measurable.memory.MemoryTest
  • org.rioproject.impl.system.SystemCapabilities
  • org.rioproject.system.measurable.memory.CalculableMemory
  • org.rioproject.system.MeasuredResource
  • org.rioproject.test.system.measurable.memory.MemoryTestUsingSigar
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