private static bool IsMaximumConditionMet(MetricState stateRule, IComparable compValue, Type t)
{
bool metMaxValueCondition = false;
if (stateRule.MaxValue != null)
{
if (stateRule.IsMaxValueInclusive != null)
{
int comparedValue = compValue.CompareTo(Convert.ChangeType(stateRule.MaxValue.Value, t));
if (stateRule.IsMaxValueInclusive.Value != 0)//Is inclusive
{
if (comparedValue <= 0)
metMaxValueCondition = true;
}
else//Is not
{
if (comparedValue < 0)
metMaxValueCondition = true;
}
}
}
return metMaxValueCondition;
}
protected override void ExecuteTest()
{
actualModel = providerToTest.GetState(suppliedMetricId1, suppliedMetricValueForUpperLimitBoundaryTestForLow, suppliedMetricValueType1);
//Picking the state that we are going to evaluate against.
suppliedStateInContext = suppliedMetricMetadataTree.Descendants.Single(x => x.MetricId == suppliedMetricId1).States.Single(x => x.StateType == MetricStateType.Low);
}
protected override void ExecuteTest()
{
actualModel = providerToTest.GetState(suppliedMetricId2, suppliedMetricValueForLowerLimitBoundaryTestForGoodNotInclusive, suppliedMetricValueType1);
//actualModel = serviceToTest.Get(suppliedMetricId2, ".55", suppliedMetricValueType1);
//Picking the state that we are going to evaluate against.
suppliedStateInContext = suppliedMetricMetadataTree.Descendants.Single(x => x.MetricId == suppliedMetricId1).States.Single(x => x.StateType == MetricStateType.Good);
}
protected override void ExecuteTest()
{
actualModel = providerToTest.GetState(suppliedMetricMetadataTree.Descendants.Single(x => x.MetricId == suppliedMetricId3), GetSuppliedMetricInstance());
//Picking the state that we are going to evaluate against.
suppliedStateInContext = suppliedMetricMetadataTree.Descendants.Single(x => x.MetricId == suppliedMetricId3).States.Single(x => x.StateType == MetricStateType.Low && x.MaxValue == .25m);
}