public void RequestQueryParserOperatorsPrimitives()
{
CombinatorialEngine engine = CombinatorialEngine.FromDimensions(
new Dimension("Operator", OperatorData.Values),
new Dimension("LeftType", TypeData.Values),
new Dimension("RightType", TypeData.Values));
TypedCustomDataContext <AllTypes> .ClearValues();
TypedCustomDataContext <AllTypes> .ClearHandlers();
try
{
TypedCustomDataContext <AllTypes> .ValuesRequested += (x, y) =>
{
((TypedCustomDataContext <AllTypes>)x).SetValues(new object[] { new AllTypes() });
};
using (TestWebRequest request = TestWebRequest.CreateForInProcess())
{
request.DataServiceType = typeof(TypedCustomDataContext <AllTypes>);
TestUtil.RunCombinatorialEngineFail(engine, delegate(Hashtable values)
{
TypeData left = (TypeData)values["LeftType"];
TypeData right = (TypeData)values["RightType"];
if (!left.IsTypeSupported || !right.IsTypeSupported)
{
return;
}
// Big matrix. Let's cut it down by assuming that left and right ordering does not matter.
if (Array.IndexOf(TypeData.Values, left) > Array.IndexOf(TypeData.Values, right))
{
return;
}
string leftName = AllTypes.PropertyNameForType(left.ClrType);
string rightName = AllTypes.PropertyNameForType(right.ClrType);
OperatorData o = (OperatorData)values["Operator"];
string requestText = "/Values?$filter=" + leftName + "%20" + o.Token + "%20" + rightName;
request.RequestUriString = requestText;
Exception exception = TestUtil.RunCatching(request.SendRequest);
TestUtil.AssertExceptionExpected(exception,
o.IsEqualityComparison && !left.IsEqualityComparableTo(right),
o.IsOrderingComparison && !left.IsOrderComparableTo(right));
});
}
}
finally
{
TypedCustomDataContext <AllTypes> .ClearValues();
TypedCustomDataContext <AllTypes> .ClearHandlers();
}
}
