private void CompareIgnoreOrder(IList actual, IList expected, EntityListComparisonResult comparisonResult)
{
var overallSuccess = true;
for (var i = 0; i < expected.Count; i++)
{
var expectedItem = expected[i];
var found = false;
for (var j = 0; j < actual.Count; j++)
{
var actualItem = actual[i];
var entityMatcher = new EntityMatchingStrategy(parentContext.WithIndex(i));
var entityMatchResults = entityMatcher.Compare(actualItem, expectedItem, expectedItem.GetType());
var success = entityMatchResults.All(x => x.Success);
//comparisonResult.EntityMatchResults.Add(new EntityMatchResult
//{
// Success = success,
// MemberResults = entityMatchResults
//});
found |= success;
if (found)
{
break;
}
}
overallSuccess &= found;
}
comparisonResult.Equal = overallSuccess;
}
protected override List <MatchResult> InternalValidate(PropertyInfo actualProperty, object actualObj,
object expectedObj,
ParentContext parentContext = null)
{
var actualChild = GetPropertyValue(actualProperty, actualObj);
var expectedChild = GetPropertyValue(GetExpectedProperty(expectedObj, actualProperty), expectedObj);
var matcher = new EntityMatchingStrategy(parentContext);
return(matcher.Compare(actualChild, expectedChild));
}
private void CompareStrictOrder(IList actual, IList expected, EntityListComparisonResult comparisonResult)
{
var overallSuccess = true;
for (var i = 0; i < expected.Count; i++)
{
var expectedItem = expected[i];
object actualItem = null;
if (i < actual.Count)
{
actualItem = actual[i];
}
var entityMatcher = new EntityMatchingStrategy(parentContext.WithIndex(i));
var entityMatchResults = entityMatcher.Compare(actualItem, expectedItem, expectedItem.GetType());
var success = entityMatchResults.All(x => x.Success);
comparisonResult.EntityMatchResults.Add(new EntityMatchResult
{
Success = success,
MemberResults = entityMatchResults
});
overallSuccess &= success;
}
comparisonResult.Equal = overallSuccess;
}