private static SupportFilterPlanTriplet[] SortTriplets(SupportFilterPlanTriplet[] triplets)
{
var sorted = new SupportFilterPlanTriplet[triplets.Length];
Array.Copy(triplets, 0, sorted, 0, triplets.Length);
Array.Sort(sorted, (o1, o2) => {
var comparedLookupable = o1.Lookupable.CompareTo(o2.Lookupable);
if (comparedLookupable != 0) {
return comparedLookupable;
}
var comparison = o1.Op.CompareTo(o2.Op);
if (comparison != 0) {
return comparison;
}
throw new IllegalStateException("Comparator does not support value comparison");
});
return sorted;
}
private static void AssertPlanPathTriplet(
SupportFilterPlanTriplet tripletExpected,
FilterSpecPlanPathTripletForge tripletReceived)
{
AssertExpressionOpt(tripletExpected.ControlConfirm, tripletReceived.TripletConfirm);
Assert.AreEqual(tripletExpected.Lookupable, tripletReceived.Param.Lookupable.Expression);
Assert.AreEqual(tripletExpected.Op, tripletReceived.Param.FilterOperator);
var @out = new StringBuilder();
tripletReceived.Param.ValueExprToString(@out, 0);
if (tripletExpected.Op == EQUAL) {
var expected = FilterSpecParamConstantForge.ValueExprToString(tripletExpected.Value);
Assert.AreEqual(expected, @out.ToString());
}
else if (tripletExpected.Op == BOOLEAN_EXPRESSION || tripletExpected.Op == REBOOL) {
var expected = FilterSpecParamExprNodeForge.ValueExprToString(tripletExpected.Value);
Assert.AreEqual(expected, @out.ToString());
}
else {
Assert.Fail("operator value to-string not supported yet");
}
}
