public TestType(Definitions.TestType test) : this()
{
this.test_id = test.id;
this.check = test.check;
this.check_existence = test.check_existence;
this.state_operator = test.state_operator;
this.version = test.version;
}
private bool IsThereReferenceStateForTest(Definitions.TestType test)
{
var testStateField = test.GetType().GetProperty("state");
var testReference = testStateField.GetValue(test, null) as StateRefType;
if (testReference != null)
{
return(true);
}
var testReferenceArray = testStateField.GetValue(test, null) as StateRefType[];
return(testReferenceArray != null);
}
public ResultEnumeration GetCheckStateResult(oval_results results, Definitions.TestType originalTest)
{
ResultEnumeration stateResult = ResultEnumeration.error;
var itemsResults = new List <ResultEnumeration>();
var testStates = ((originalTest.GetType().GetProperty("state")
.GetValue(originalTest, null) as StateRefType[]) ?? new StateRefType[] {}).Select(x => results.oval_definitions.states.SingleOrDefault(y => y.id == x.state_ref));
foreach (var testedItem in tested_item)
{
var stateResults = new List <ResultEnumeration>();
var collectedItem = results.results[0].oval_system_characteristics.system_data.SingleOrDefault(x => x.id == testedItem.item_id);
ResultEnumeration itemResult = ResultEnumeration.notevaluated;
if (collectedItem == null)
{
itemResult = ResultEnumeration.notevaluated;
}
else
{
foreach (var state in testStates)
{
var evaluatedVariables = CreateEvalutedVariablesFromStateType(state, results);
var tempResult = ExecuteStateComparator(collectedItem, state, evaluatedVariables);
stateResults.Add(tempResult);
}
itemResult = oval_results.CombineResultsByOperator(stateResults, state_operator);
}
testedItem.result = itemResult;
itemsResults.Add(itemResult);
}
stateResult = oval_results.CombineResultsByCheck(itemsResults, check);
return(stateResult);
}