public void TestNodeMatching()
{
var eventObject = new SupportBeanSimple("DepositEvent_1", 1);
var eventBean = SupportEventBeanFactory
.GetInstance(container)
.CreateObject(eventObject);
FilterHandle expr = new SupportFilterHandle();
testNode.Add(expr);
// Check matching without an index node
IList <FilterHandle> matches = new List <FilterHandle>();
testNode.MatchEvent(eventBean, matches, null);
Assert.AreEqual(1, matches.Count);
Assert.AreEqual(expr, matches[0]);
matches.Clear();
// Create, add and populate an index node
FilterParamIndexBase index = new FilterParamIndexEquals(
MakeLookupable("MyString", eventBean.EventType),
new SlimReaderWriterLock());
testNode.Add(index);
index.Put("DepositEvent_1", testEvaluator);
// Verify matcher instance stored in index is called
testNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(testEvaluator.GetAndResetCountInvoked() == 1);
Assert.IsTrue(testEvaluator.LastEvent == eventBean);
Assert.AreEqual(1, matches.Count);
Assert.AreEqual(expr, matches[0]);
}
public void TestVerifyFilterSpecSet()
{
// Add all the above filter definitions
foreach (var filterSpec in testFilterSpecs)
{
var filterValues = filterSpec.GetValueSet(null, null, null, null);
FilterHandle callback = new SupportFilterHandle();
filterCallbacks.Add(callback);
IndexTreeBuilderAdd.Add(filterValues, callback, topNode, lockFactory);
}
// None of the not-matching events should cause any match
foreach (var theEvent in unmatchedEvents)
{
IList <FilterHandle> matches = new List <FilterHandle>();
topNode.MatchEvent(theEvent, matches, null);
Assert.IsTrue(matches.Count == 0);
}
// All of the matching events should cause exactly one match
foreach (var theEvent in matchedEvents)
{
IList <FilterHandle> matches = new List <FilterHandle>();
topNode.MatchEvent(theEvent, matches, null);
Assert.IsTrue(matches.Count == 1);
}
// Remove all expressions previously added
var count = 0;
foreach (var filterSpec in testFilterSpecs)
{
var callback = filterCallbacks[count++];
var filterValues = filterSpec.GetValueSet(null, null, null, null);
IndexTreeBuilderRemove.Remove(eventType, callback, filterValues[0], topNode);
}
// After the remove no matches are expected
foreach (var theEvent in matchedEvents)
{
IList <FilterHandle> matches = new List <FilterHandle>();
topNode.MatchEvent(theEvent, matches, null);
Assert.IsTrue(matches.Count == 0);
}
}
private void MatchType(
EventType eventType,
EventBean eventBean,
ICollection<FilterHandle> matches,
ExprEvaluatorContext ctx)
{
FilterHandleSetNode rootNode = null;
using (eventTypesRWLock.ReadLock.Acquire()) {
rootNode = eventTypes.Get(eventType);
}
// If the top class node is null, no filters have yet been registered for this event type.
// In this case, log a message and done.
if (rootNode == null) {
return;
}
rootNode.MatchEvent(eventBean, matches, ctx);
}
public void Run()
{
long currentThreadId = Thread.CurrentThread.ManagedThreadId;
// Choose one of filter specifications, randomly, then reserve to make sure no one else has the same
FilterSpecActivatable filterSpec = null;
EventBean unmatchedEvent = null;
EventBean matchedEvent = null;
var index = 0;
do
{
index = random.Next(testFilterSpecs.Count);
filterSpec = testFilterSpecs[index];
unmatchedEvent = unmatchedEvents[index];
matchedEvent = matchedEvents[index];
} while (!ObjectReservationSingleton.GetInstance().Reserve(filterSpec));
// Add expression
var filterValues = filterSpec.GetValueSet(null, null, null, null);
FilterHandle filterCallback = new SupportFilterHandle();
IndexTreeBuilderAdd.Add(filterValues, filterCallback, topNode, lockFactory);
// Fire a no-match
IList <FilterHandle> matches = new List <FilterHandle>();
topNode.MatchEvent(unmatchedEvent, matches, null);
if (matches.Count != 0)
{
log.Error(
".Run (" +
currentThreadId +
") Got a match but expected no-match, matchCount=" +
matches.Count +
" bean=" +
unmatchedEvent +
" match=" +
matches[0].GetHashCode());
Assert.IsFalse(true);
}
// Fire a match
topNode.MatchEvent(matchedEvent, matches, null);
if (matches.Count != 1)
{
log.Error(
".Run (" +
currentThreadId +
") Got zero or two or more match but expected a match, count=" +
matches.Count +
" bean=" +
matchedEvent);
Assert.IsFalse(true);
}
// Remove the same expression again
IndexTreeBuilderRemove.Remove(eventType, filterCallback, filterValues[0], topNode);
log.Debug(".Run (" + Thread.CurrentThread.ManagedThreadId + ")" + " Completed");
ObjectReservationSingleton.GetInstance().Unreserve(filterSpec);
}
public void TestBuildWithMatch()
{
var topNode = new FilterHandleSetNode(new SlimReaderWriterLock());
// Add some parameter-less expression
var filterSpec = MakeFilterValues();
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[0], topNode, lockFactory);
Assert.IsTrue(topNode.Contains(testFilterCallback[0]));
// Attempt a match
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 1);
matches.Clear();
// Add a filter that won't match, with a single parameter matching against an int
filterSpec = MakeFilterValues("IntPrimitive", FilterOperator.EQUAL, 100);
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[1], topNode, lockFactory);
Assert.IsTrue(topNode.Indizes.Count == 1);
Assert.IsTrue(topNode.Indizes[0].CountExpensive == 1);
// Match again
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 1);
matches.Clear();
// Add a filter that will match
filterSpec = MakeFilterValues("IntPrimitive", FilterOperator.EQUAL, 50);
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[2], topNode, lockFactory);
Assert.IsTrue(topNode.Indizes.Count == 1);
Assert.IsTrue(topNode.Indizes[0].CountExpensive == 2);
// match
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 2);
matches.Clear();
// Add some filter against a double
filterSpec = MakeFilterValues("DoublePrimitive", FilterOperator.LESS, 1.1);
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[3], topNode, lockFactory);
Assert.IsTrue(topNode.Indizes.Count == 2);
Assert.IsTrue(topNode.Indizes[0].CountExpensive == 2);
Assert.IsTrue(topNode.Indizes[1].CountExpensive == 1);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 3);
matches.Clear();
filterSpec = MakeFilterValues("DoublePrimitive", FilterOperator.LESS_OR_EQUAL, 0.5);
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[4], topNode, lockFactory);
Assert.IsTrue(topNode.Indizes.Count == 3);
Assert.IsTrue(topNode.Indizes[0].CountExpensive == 2);
Assert.IsTrue(topNode.Indizes[1].CountExpensive == 1);
Assert.IsTrue(topNode.Indizes[2].CountExpensive == 1);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 4);
matches.Clear();
// Add an filterSpec against double and string
filterSpec = MakeFilterValues("DoublePrimitive", FilterOperator.LESS, 1.1,
"TheString", FilterOperator.EQUAL, "jack");
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[5], topNode, lockFactory);
Assert.IsTrue(topNode.Indizes.Count == 3);
Assert.IsTrue(topNode.Indizes[0].CountExpensive == 2);
Assert.IsTrue(topNode.Indizes[1].CountExpensive == 1);
Assert.IsTrue(topNode.Indizes[2].CountExpensive == 1);
var nextLevelSetNode = (FilterHandleSetNode)topNode.Indizes[1].Get(1.1d);
Assert.IsTrue(nextLevelSetNode != null);
Assert.IsTrue(nextLevelSetNode.Indizes.Count == 1);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 5);
matches.Clear();
filterSpec = MakeFilterValues("DoublePrimitive", FilterOperator.LESS, 1.1,
"TheString", FilterOperator.EQUAL, "beta");
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[6], topNode, lockFactory);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 5);
matches.Clear();
filterSpec = MakeFilterValues("DoublePrimitive", FilterOperator.LESS, 1.1,
"TheString", FilterOperator.EQUAL, "jack");
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[7], topNode, lockFactory);
Assert.IsTrue(nextLevelSetNode.Indizes.Count == 1);
var nodeTwo = (FilterHandleSetNode)nextLevelSetNode.Indizes[0].Get("jack");
Assert.IsTrue(nodeTwo.FilterCallbackCount == 2);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 6);
matches.Clear();
// Try depth first
filterSpec = MakeFilterValues("TheString", FilterOperator.EQUAL, "jack",
"LongPrimitive", FilterOperator.EQUAL, 10L,
"ShortPrimitive", FilterOperator.EQUAL, (short)20);
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[8], topNode, lockFactory);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 7);
matches.Clear();
// Add an filterSpec in the middle
filterSpec = MakeFilterValues("LongPrimitive", FilterOperator.EQUAL, 10L,
"TheString", FilterOperator.EQUAL, "jack");
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[9], topNode, lockFactory);
filterSpec = MakeFilterValues("LongPrimitive", FilterOperator.EQUAL, 10L,
"TheString", FilterOperator.EQUAL, "jim");
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[10], topNode, lockFactory);
filterSpec = MakeFilterValues("LongPrimitive", FilterOperator.EQUAL, 10L,
"TheString", FilterOperator.EQUAL, "joe");
IndexTreeBuilderAdd.Add(filterSpec, testFilterCallback[11], topNode, lockFactory);
topNode.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 8);
matches.Clear();
}
public void TestBuildMatchRemove()
{
var top = new FilterHandleSetNode(new SlimReaderWriterLock());
// Add a parameter-less filter
var filterSpecNoParams = MakeFilterValues();
IndexTreeBuilderAdd.Add(filterSpecNoParams, testFilterCallback[0], top, lockFactory);
// Try a match
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 1);
matches.Clear();
// Remove filter
IndexTreeBuilderRemove.Remove(eventType, testFilterCallback[0], filterSpecNoParams[0], top);
// Match should not be found
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 0);
matches.Clear();
// Add a depth-first filterSpec
var filterSpecOne = MakeFilterValues(
"TheString", FilterOperator.EQUAL, "jack",
"LongPrimitive", FilterOperator.EQUAL, 10L,
"ShortPrimitive", FilterOperator.EQUAL, (short)20);
IndexTreeBuilderAdd.Add(filterSpecOne, testFilterCallback[1], top, lockFactory);
var filterSpecTwo = MakeFilterValues(
"TheString", FilterOperator.EQUAL, "jack",
"LongPrimitive", FilterOperator.EQUAL, 10L,
"ShortPrimitive", FilterOperator.EQUAL, (short)20);
IndexTreeBuilderAdd.Add(filterSpecTwo, testFilterCallback[2], top, lockFactory);
var filterSpecThree = MakeFilterValues(
"TheString", FilterOperator.EQUAL, "jack",
"LongPrimitive", FilterOperator.EQUAL, 10L);
IndexTreeBuilderAdd.Add(filterSpecThree, testFilterCallback[3], top, lockFactory);
var filterSpecFour = MakeFilterValues(
"TheString", FilterOperator.EQUAL, "jack");
IndexTreeBuilderAdd.Add(filterSpecFour, testFilterCallback[4], top, lockFactory);
var filterSpecFive = MakeFilterValues(
"LongPrimitive", FilterOperator.EQUAL, 10L);
IndexTreeBuilderAdd.Add(filterSpecFive, testFilterCallback[5], top, lockFactory);
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 5);
matches.Clear();
// Remove some of the nodes
IndexTreeBuilderRemove.Remove(eventType, testFilterCallback[2], filterSpecTwo[0], top);
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 4);
matches.Clear();
// Remove some of the nodes
IndexTreeBuilderRemove.Remove(eventType, testFilterCallback[4], filterSpecFour[0], top);
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 3);
matches.Clear();
// Remove some of the nodes
IndexTreeBuilderRemove.Remove(eventType, testFilterCallback[5], filterSpecFive[0], top);
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 2);
matches.Clear();
// Remove some of the nodes
IndexTreeBuilderRemove.Remove(eventType, testFilterCallback[1], filterSpecOne[0], top);
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 1);
matches.Clear();
// Remove some of the nodes
IndexTreeBuilderRemove.Remove(eventType, testFilterCallback[3], filterSpecThree[0], top);
top.MatchEvent(eventBean, matches, null);
Assert.IsTrue(matches.Count == 0);
matches.Clear();
}
