public List<AutoScalingPolicy> getTriggeredPolicies() {
    List<AutoScalingPolicy> triggeredPolicies = new ArrayList<>();
    for (AutoScalingPolicy policy : group.getScalingPolicies()) {
      List<TimePoint<Double>> metricValues = getMetricValues(policy.getMetricName());
      int triggerCount = 0;
      int triggerThreshold = 3;
      int inspectCount = 0;
      if (metricValues != null && metricValues.size() > 2) {
        List<TimePoint<Double>> reverse = new ArrayList<>(metricValues);
        Collections.reverse(reverse);
        for (TimePoint<Double> p : reverse) {
          ComparisonOperation op = ComparisonOperation.fromSymbol(policy.getMetricComparison());
          if (op.compare(p.getValue(), Double.valueOf(policy.getMetricThreshold()))) {
            triggerCount++;
          }
          inspectCount++;
          if (inspectCount >= 3) {
            break;
          }
        }
        if (triggerCount >= triggerThreshold) {
          triggeredPolicies.add(policy);
        }
      }
    }
    return triggeredPolicies;
  }
public List<AutoScalingPolicy> getTriggeredPolicies() {
    List<AutoScalingPolicy> triggeredPolicies = new ArrayList<>();
    for (AutoScalingPolicy policy : group.getScalingPolicies()) {
      List<TimePoint<Double>> metricValues = getMetricValues(policy.getMetricName());
      int triggerCount = 0;
      int triggerThreshold = 3;
      int inspectCount = 0;
      if (metricValues != null && metricValues.size() > 2) {
        List<TimePoint<Double>> reverse = new ArrayList<>(metricValues);
        Collections.reverse(reverse);
        for (TimePoint<Double> p : reverse) {
          ComparisonOperation op = ComparisonOperation.fromSymbol(policy.getMetricComparison());
          if (op.compare(p.getValue(), Double.valueOf(policy.getMetricThreshold()))) {
            triggerCount++;
          }
          inspectCount++;
          if (inspectCount >= 3) {
            break;
          }
        }
        if (triggerCount >= triggerThreshold) {
          triggeredPolicies.add(policy);
        }
      }
    }
    return triggeredPolicies;
  }
public List < AutoScalingPolicy > getTriggeredPolicies ( ) { List < AutoScalingPolicy > triggeredPolicies = new ArrayList <> ( ) ; for ( AutoScalingPolicy policy : group . getScalingPolicies ( ) ) { List < TimePoint < Double >> metricValues = getMetricValues ( policy . getMetricName ( ) ) ; int triggerCount = 0 ; int triggerThreshold = 3 ; int inspectCount = 0 ; if ( metricValues != null && metricValues . size ( ) > 2 ) { List < TimePoint < Double >> reverse = new ArrayList <> ( metricValues ) ; Collections . reverse ( reverse ) ; for ( TimePoint < Double > p : reverse ) { ComparisonOperation op = ComparisonOperation . fromSymbol ( policy . getMetricComparison ( ) ) ; if ( op . compare ( p . getValue ( ) , Double . valueOf ( policy . getMetricThreshold ( ) ) ) ) { triggerCount ++ ; } inspectCount ++ ; if ( inspectCount >= 3 ) { break ; } } if ( triggerCount >= triggerThreshold ) { triggeredPolicies . add ( policy ) ; } } } return triggeredPolicies ; }
Returns a list of auto scaling policies that have triggered, e.g. value is past threshold.

Considers a policy triggered if there a few data points consistently past the threshold.

@return
Returns a list of auto scaling policies that have triggered e . g . value is past threshold .