Package test.performance.standard.support

Examples of test.performance.standard.support.Standard

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   {
  
  
      MyThread myThread = new MyThread();
      Thread t = new Thread(myThread);
      Standard std = new Standard();
     
      String method      = "mixedArguments";
      String[] signature = new String[] {
                              Integer.class.getName(),
                              int.class.getName(),
                              Object[][][].class.getName(),
                              Attribute.class.getName()
                           };
                          
      Object[] args      = new Object[] {
                              new Integer(1234),
                              new Integer(455617),
                              new Object[][][] {
                                 {
                                    { "1x1x1", "1x1x2", "1x1x3" },
                                    { "1x2x1", "1x2x2", "1x2x3" },
                                    { "1x3x1", "1x3x2", "1x3x3" }
                                 },
                                
                                 {
                                    { "2x1x1", "2x1x2", "2x1x3" },
                                    { "2x2x1", "2x2x2", "2x2x3" },
                                    { "2x3x1", "2x3x2", "2x3x3" }
                                 },
                                
                                 {
                                    { "3x1x1", "3x1x2", "3x1x3" },
                                    { "3x2x1", "3x2x2", "3x2x3" },
                                    { "3x3x1", "3x3x2", "3x3x3" }
                                 }
                              },
                              new Attribute("attribute", "value")
                           };

      MBeanServer server = MBeanServerFactory.createMBeanServer();
      ObjectName name = new ObjectName("test:test=test");
  
      server.registerMBean(std, name);
     
      t.start();
      while(myThread.isKeepRunning())
      {
         server.invoke(name, method, args, signature);
      }

         System.out.println("\nStandard MBean Throughput: " +
                             std.getCount() / (PerformanceSUITE.THROUGHPUT_TIME / PerformanceSUITE.SECOND) +
                            " invocations per second.");
         System.out.println("(Total: " + std.getCount() + ")\n");
   }
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         ObjectName name = new ObjectName(":performanceTest=standard");
         String method = "methodInvocation";
         long start = 0, end = 0;
         float avg = 0l;

         server.registerMBean(new Standard(), name);

         // drop the first batch (+1)
         for (int testIterations = 0; testIterations < PerformanceSUITE.REPEAT_COUNT + 1; ++testIterations)
         {
            start = System.currentTimeMillis();
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         ObjectName name = new ObjectName("Domain:performanceTest=standard");
         String method = "methodInvocation";
         long start = 0, end = 0;
         float avg = 0l;

         server.registerMBean(new Standard(), name);

         // drop the first batch (+1)
         for (int testIterations = 0; testIterations < PerformanceSUITE.REPEAT_COUNT + 1; ++testIterations)
         {
            start = System.currentTimeMillis();
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         System.out.println(PerformanceSUITE.ITERATION_COUNT + " Invocations, Repeat: x" + PerformanceSUITE.REPEAT_COUNT);
         System.out.println("(this may take a while...)\n");

         MBeanServer server = MBeanServerFactory.createMBeanServer();
         ObjectName name = new ObjectName("Domain:performanceTest=standard");
         Standard mbean = new Standard();
         String method = "counter";
         long start = 0, end = 0;
         float avg = 0l;

         server.registerMBean(mbean, name);

         // drop the first batch (+1)
         for (int testIterations = 0; testIterations < PerformanceSUITE.REPEAT_COUNT + 1; ++testIterations)
         {
            start = System.currentTimeMillis();
            for (int invocationIterations = 0; invocationIterations < PerformanceSUITE.ITERATION_COUNT; ++invocationIterations)
            {
               server.invoke(name, method, null, null);
            }
            end = System.currentTimeMillis();

            if (testIterations != 0)
            {
               long time = end - start;
               System.out.print( time + " ");
               avg += time;
            }
         }

         System.out.println("\nAverage: " + (avg/PerformanceSUITE.REPEAT_COUNT));

         assertTrue(mbean.getCount() == (PerformanceSUITE.REPEAT_COUNT + 1)*PerformanceSUITE.ITERATION_COUNT);
      }
      catch (Throwable t)
      {
         t.printStackTrace();
         fail("Unexpected error: " + t.toString());
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         System.out.println(PerformanceSUITE.ITERATION_COUNT + " Invocations, Repeat: x" + PerformanceSUITE.REPEAT_COUNT);
         System.out.println("(this may take a while...)\n");

         MBeanServer server = MBeanServerFactory.createMBeanServer();
         ObjectName name    = new ObjectName("Domain:performanceTest=standard");
         Standard mbean     = new Standard();
        
         String method      = "mixedArguments";
         String[] signature = new String[] {
                                 Integer.class.getName(),
                                 int.class.getName(),
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         }
      }
  
      MyThread myThread = new MyThread();
      Thread t = new Thread(myThread);
      Standard std = new Standard();

      String method      = "mixedArguments";
      String[] signature = new String[] {
                              Integer.class.getName(),
                              int.class.getName(),
                              Object[][][].class.getName(),
                              Attribute.class.getName()
                           };
                          
      Object[] args      = new Object[] {
                              new Integer(1234),
                              new Integer(455617),
                              new Object[][][] {
                                 {
                                    { "1x1x1", "1x1x2", "1x1x3" },
                                    { "1x2x1", "1x2x2", "1x2x3" },
                                    { "1x3x1", "1x3x2", "1x3x3" }
                                 },
                                
                                 {
                                    { "2x1x1", "2x1x2", "2x1x3" },
                                    { "2x2x1", "2x2x2", "2x2x3" },
                                    { "2x3x1", "2x3x2", "2x3x3" }
                                 },
                                
                                 {
                                    { "3x1x1", "3x1x2", "3x1x3" },
                                    { "3x2x1", "3x2x2", "3x2x3" },
                                    { "3x3x1", "3x3x2", "3x3x3" }
                                 }
                              },
                              new Attribute("attribute", "value")
                           };
  
      System.setProperty(OPTIMIZE_REFLECTED_DISPATCHER, "true");

      try
      {
         MBeanServer server = MBeanServerFactory.createMBeanServer();
         ObjectName name = new ObjectName("test:test=test");
     
         server.registerMBean(std, name);
        
         t.start();
         while(myThread.isKeepRunning())
         {
            server.invoke(name, method, args, signature);
         }

         System.out.println("\nStandard MBean Throughput (OPTIMIZED): " +
                             std.getCount() / (PerformanceSUITE.THROUGHPUT_TIME / PerformanceSUITE.SECOND) +
                            " invocations per second.");
         System.out.println("(Total: " + std.getCount() + ")\n");
      }
      finally
      {
         System.setProperty(OPTIMIZE_REFLECTED_DISPATCHER, "false");
      }
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         ObjectName name = new ObjectName(":performanceTest=standard");
         String method = "methodInvocation";
         long start = 0, end = 0;
         float avg = 0l;

         server.registerMBean(new Standard(), name);

         // drop the first batch (+1)
         for (int testIterations = 0; testIterations < PerformanceSUITE.REPEAT_COUNT + 1; ++testIterations)
         {
            start = System.currentTimeMillis();
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         ObjectName name = new ObjectName("Domain:performanceTest=standard");
         String method = "methodInvocation";
         long start = 0, end = 0;
         float avg = 0l;

         server.registerMBean(new Standard(), name);

         // drop the first batch (+1)
         for (int testIterations = 0; testIterations < PerformanceSUITE.REPEAT_COUNT + 1; ++testIterations)
         {
            start = System.currentTimeMillis();
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         System.out.println(PerformanceSUITE.ITERATION_COUNT + " Invocations, Repeat: x" + PerformanceSUITE.REPEAT_COUNT);
         System.out.println("(this may take a while...)\n");

         MBeanServer server = MBeanServerFactory.createMBeanServer();
         ObjectName name = new ObjectName("Domain:performanceTest=standard");
         Standard mbean = new Standard();
         String method = "counter";
         long start = 0, end = 0;
         float avg = 0l;

         server.registerMBean(mbean, name);

         // drop the first batch (+1)
         for (int testIterations = 0; testIterations < PerformanceSUITE.REPEAT_COUNT + 1; ++testIterations)
         {
            start = System.currentTimeMillis();
            for (int invocationIterations = 0; invocationIterations < PerformanceSUITE.ITERATION_COUNT; ++invocationIterations)
            {
               server.invoke(name, method, null, null);
            }
            end = System.currentTimeMillis();

            if (testIterations != 0)
            {
               long time = end - start;
               System.out.print( time + " ");
               avg += time;
            }
         }

         System.out.println("\nAverage: " + (avg/PerformanceSUITE.REPEAT_COUNT));

         assertTrue(mbean.getCount() == (PerformanceSUITE.REPEAT_COUNT + 1)*PerformanceSUITE.ITERATION_COUNT);
      }
      catch (Throwable t)
      {
         t.printStackTrace();
         fail("Unexpected error: " + t.toString());
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         System.out.println(PerformanceSUITE.ITERATION_COUNT + " Invocations, Repeat: x" + PerformanceSUITE.REPEAT_COUNT);
         System.out.println("(this may take a while...)\n");

         MBeanServer server = MBeanServerFactory.createMBeanServer();
         ObjectName name    = new ObjectName("Domain:performanceTest=standard");
         Standard mbean     = new Standard();
        
         String method      = "mixedArguments";
         String[] signature = new String[] {
                                 Integer.class.getName(),
                                 int.class.getName(),
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Related Classes of test.performance.standard.support.Standard

  • test.performance.standard.InvocationTEST
  • test.performance.standard.OptimizedInvocationTEST
  • test.performance.standard.OptimizedThroughputTEST
  • test.performance.standard.ThroughputTEST
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