src/java.corba/share/classes/com/sun/corba/se/spi/monitoring/StatisticsAccumulator.java

*** 25,50 ****
  package com.sun.corba.se.spi.monitoring;
  
  import java.util.*;
  
  /**
-  * <p>
-  *
   * @author Hemanth Puttaswamy
!  * </p>
!  * <p>
   * StatisticsAccumulator accumulates the samples provided by the user and
   * computes the value of minimum, maximum, sum and sample square sum. When
   * the StatisticMonitoredAttribute calls getValue(), it will compute all
   * the statistics for the collected samples (Which are Minimum, Maximum,
   * Average, StandardDeviation) and provides a nice printable record as a
   * String.
   *
   * Users can easily extend this class and provide the implementation of
   * toString() method to format the stats as desired. By default all the stats
   * are printed in a single line.
-  * </p>
   */
  public class StatisticsAccumulator {
  
    ///////////////////////////////////////
    // attributes
--- 25,46 ----
  package com.sun.corba.se.spi.monitoring;
  
  import java.util.*;
  
  /**
   * @author Hemanth Puttaswamy
!  *
   * StatisticsAccumulator accumulates the samples provided by the user and
   * computes the value of minimum, maximum, sum and sample square sum. When
   * the StatisticMonitoredAttribute calls getValue(), it will compute all
   * the statistics for the collected samples (Which are Minimum, Maximum,
   * Average, StandardDeviation) and provides a nice printable record as a
   * String.
   *
   * Users can easily extend this class and provide the implementation of
   * toString() method to format the stats as desired. By default all the stats
   * are printed in a single line.
   */
  public class StatisticsAccumulator {
  
    ///////////////////////////////////////
    // attributes
*** 70,92 ****
    // operations
  
  
  
  /**
-  * <p>
   * User will use this method to just register a sample with the
   * StatisticsAccumulator. This is the only method that User will use to
   * expose the statistics, internally the StatisticMonitoredAttribute will
   * collect the information when requested from the ASAdmin.
-  * </p>
-  * <p>
-  *
-  * </p>
-  * <p>
   *
   * @param value a double value to make it more precise
-  * </p>
   */
      public void sample(double value) {
          sampleCount++;
          if( value < min )  min = value;
          if( value > max) max = value;
--- 66,81 ----
*** 135,157 ****
          return Math.sqrt(
              (sampleSquareSum-((sampleSumSquare)/sampleCount))/(sampleCount-1));
      }
  
  /**
-  * <p>
   * Construct the Statistics Accumulator by providing the unit as a String.
!  * The examples of units are &quot;Hours&quot;, &quot;Minutes&quot;,
!  * &quot;Seconds&quot;, &quot;MilliSeconds&quot;, &quot;Micro Seconds&quot;
!  * etc.,
!  * </p>
!  * <p>
   *
-  * @return a StatisticsAccumulator with ...
-  * </p>
-  * <p>
   * @param unit a String representing the units for the samples collected
-  * </p>
   */
      public StatisticsAccumulator( String unit ) {
          this.unit = unit;
          sampleCount = 0;
          sampleSum = 0;
--- 124,138 ----
          return Math.sqrt(
              (sampleSquareSum-((sampleSumSquare)/sampleCount))/(sampleCount-1));
      }
  
  /**
   * Construct the Statistics Accumulator by providing the unit as a String.
!  * The examples of units are {@literal "Hours", "Minutes",
!  * "Seconds", "MilliSeconds", "Micro Seconds"} etc.
   *
   * @param unit a String representing the units for the samples collected
   */
      public StatisticsAccumulator( String unit ) {
          this.unit = unit;
          sampleCount = 0;
          sampleSum = 0;