private static ExprNode[] GetInNodeSetExpressions(ExprInNode inNode)
{
var setExpressions = new ExprNode[inNode.ChildNodes.Length - 1];
var count = 0;
for (var i = 1; i < inNode.ChildNodes.Length; i++) {
setExpressions[count++] = inNode.ChildNodes[i];
}
return setExpressions;
}
private static void AnalyzeInNodeSingleIndex(ExprInNode inNode, QueryGraph queryGraph)
{
if (!(inNode.ChildNodes[0] is ExprIdentNode))
{
return;
}
var testIdent = (ExprIdentNode)inNode.ChildNodes[0];
var testIdentClass = TypeHelper.GetBoxedType(testIdent.ExprEvaluator.ReturnType);
int indexedStream = testIdent.StreamId;
ExprNode[] setExpressions = GetInNodeSetExpressions(inNode);
if (setExpressions.Length == 0)
{
return;
}
var perStreamExprs = new LinkedHashMap <int?, IList <ExprNode> >();
foreach (ExprNode exprNodeSet in setExpressions)
{
if (exprNodeSet.ExprEvaluator.ReturnType.GetBoxedType() != testIdentClass)
{
continue;
}
if (exprNodeSet is ExprIdentNode)
{
var setIdent = (ExprIdentNode)exprNodeSet;
AddToList(setIdent.StreamId, setIdent, perStreamExprs);
}
else
{
EligibilityDesc eligibility = EligibilityUtil.VerifyInputStream(exprNodeSet, indexedStream);
if (!eligibility.Eligibility.IsEligible())
{
continue;
}
AddToList(eligibility.StreamNum, exprNodeSet, perStreamExprs);
}
}
foreach (var entry in perStreamExprs)
{
ExprNode[] exprNodes = ExprNodeUtility.ToArray(entry.Value);
if (entry.Key == null)
{
queryGraph.AddInSetSingleIndexUnkeyed(testIdent.StreamId, testIdent, exprNodes);
continue;
}
if (entry.Key.Value != indexedStream)
{
queryGraph.AddInSetSingleIndex(testIdent.StreamId, testIdent, entry.Key.Value, exprNodes);
}
}
}
private void TryInvalidValidate(ExprInNode exprInNode)
{
try {
exprInNode.Validate(SupportExprValidationContextFactory.MakeEmpty(_container));
Assert.Fail();
}
catch (ExprValidationException)
{
// expected
}
}
private static ExprNode[] GetInNodeSetExpressions(ExprInNode inNode)
{
var setExpressions = new ExprNode[inNode.ChildNodes.Count - 1];
var count = 0;
for (int i = 1; i < inNode.ChildNodes.Count; i++)
{
setExpressions[count++] = inNode.ChildNodes[i];
}
return(setExpressions);
}
private static void AnalyzeInNode(ExprInNode inNode, QueryGraph queryGraph)
{
if (inNode.IsNotIn)
{
return;
}
// direction of lookup is value-set (keys) to single-expression (single index)
AnalyzeInNodeSingleIndex(inNode, queryGraph);
// direction of lookup is single-expression (key) to value-set (multi index)
AnalyzeInNodeMultiIndex(inNode, queryGraph);
}
public void TestEquals()
{
ExprInNode otherInNodeNormal = SupportExprNodeFactory.MakeInSetNode(false);
ExprInNode otherInNodeNotIn = SupportExprNodeFactory.MakeInSetNode(true);
Assert.IsTrue(_inNodeNormal.EqualsNode(otherInNodeNormal, false));
Assert.IsTrue(_inNodeNotIn.EqualsNode(otherInNodeNotIn, false));
Assert.IsFalse(_inNodeNormal.EqualsNode(otherInNodeNotIn, false));
Assert.IsFalse(_inNodeNotIn.EqualsNode(otherInNodeNormal, false));
Assert.IsFalse(_inNodeNotIn.EqualsNode(SupportExprNodeFactory.MakeCaseSyntax1Node(), false));
Assert.IsFalse(_inNodeNormal.EqualsNode(SupportExprNodeFactory.MakeCaseSyntax1Node(), false));
}
public void TestEquals()
{
ExprInNode otherInNode = SupportExprNodeFactory.MakeInSetNode(false);
ExprVariableNode otherVarOne = new ExprVariableNodeImpl(_variableService.GetVariableMetaData("dummy"), null);
ExprVariableNode otherVarTwo = new ExprVariableNodeImpl(_variableService.GetVariableMetaData("var1"), null);
ExprVariableNode otherVarThree = new ExprVariableNodeImpl(_variableService.GetVariableMetaData("var1"), "abc");
Assert.IsTrue(_varNode.EqualsNode(_varNode));
Assert.IsTrue(_varNode.EqualsNode(otherVarTwo));
Assert.IsFalse(_varNode.EqualsNode(otherVarOne));
Assert.IsFalse(_varNode.EqualsNode(otherInNode));
Assert.IsFalse(otherVarTwo.EqualsNode(otherVarThree));
}
/// <summary>
/// Analyzes filter expression to build query graph model.
/// </summary>
/// <param name="topNode">filter top node</param>
/// <param name="queryGraph">model containing relationships between streams, to be written to</param>
/// <param name="isOuterJoin">if set to <c>true</c> [is outer join].</param>
public static void Analyze(ExprNode topNode, QueryGraph queryGraph, bool isOuterJoin)
{
// Analyze relationships between streams. Relationships are properties in AND and EQUALS nodes of joins.
if (topNode is ExprEqualsNode)
{
var equalsNode = (ExprEqualsNode)topNode;
if (!equalsNode.IsNotEquals)
{
AnalyzeEqualsNode(equalsNode, queryGraph, isOuterJoin);
}
}
else if (topNode is ExprAndNode)
{
var andNode = (ExprAndNode)topNode;
AnalyzeAndNode(andNode, queryGraph, isOuterJoin);
}
else if (topNode is ExprBetweenNode)
{
var betweenNode = (ExprBetweenNode)topNode;
AnalyzeBetweenNode(betweenNode, queryGraph);
}
else if (topNode is ExprRelationalOpNode)
{
var relNode = (ExprRelationalOpNode)topNode;
AnalyzeRelationalOpNode(relNode, queryGraph);
}
else if (topNode is ExprDotNode && !isOuterJoin)
{
var dotNode = (ExprDotNode)topNode;
AnalyzeDotNode(dotNode, queryGraph);
}
else if (topNode is ExprInNode)
{
ExprInNode inNode = (ExprInNode)topNode;
AnalyzeInNode(inNode, queryGraph);
}
else if (topNode is ExprOrNode)
{
ExprNode rewritten = FilterSpecCompilerMakeParamUtil.RewriteOrToInIfApplicable(topNode);
if (rewritten is ExprInNode)
{
var inNode = (ExprInNode)rewritten;
AnalyzeInNode(inNode, queryGraph);
}
}
}
public void TestValidate()
{
_inNodeNormal = SupportExprNodeFactory.MakeInSetNode(true);
_inNodeNormal.Validate(SupportExprValidationContextFactory.MakeEmpty(_container));
// No subnodes: Exception is thrown.
TryInvalidValidate(new ExprInNodeImpl(true));
// singe child node not possible, must be 2 at least
_inNodeNormal = new ExprInNodeImpl(true);
_inNodeNormal.AddChildNode(new SupportExprNode(4));
TryInvalidValidate(_inNodeNormal);
// test a type mismatch
_inNodeNormal = new ExprInNodeImpl(true);
_inNodeNormal.AddChildNode(new SupportExprNode("sx"));
_inNodeNormal.AddChildNode(new SupportExprNode(4));
TryInvalidValidate(_inNodeNormal);
}
private static void AnalyzeInNodeMultiIndex(ExprInNode inNode, QueryGraph queryGraph)
{
ExprNode[] setExpressions = GetInNodeSetExpressions(inNode);
if (setExpressions.Length == 0)
{
return;
}
var perStreamExprs = new LinkedHashMap <int?, IList <ExprNode> >();
foreach (ExprNode exprNodeSet in setExpressions)
{
if (!(exprNodeSet is ExprIdentNode))
{
continue;
}
var setIdent = (ExprIdentNode)exprNodeSet;
AddToList(setIdent.StreamId, setIdent, perStreamExprs);
}
if (perStreamExprs.IsEmpty())
{
return;
}
var testExpr = inNode.ChildNodes[0];
var testExprType = testExpr.ExprEvaluator.ReturnType.GetBoxedType();
if (perStreamExprs.Count > 1)
{
return;
}
var entry = perStreamExprs.First();
ExprNode[] exprNodes = ExprNodeUtility.ToArray(entry.Value);
foreach (ExprNode node in exprNodes)
{
var exprType = node.ExprEvaluator.ReturnType;
if (exprType.GetBoxedType() != testExprType)
{
return;
}
}
int?testStreamNum;
int setStream = entry.Key.Value;
if (!(testExpr is ExprIdentNode))
{
EligibilityDesc eligibility = EligibilityUtil.VerifyInputStream(testExpr, setStream);
if (!eligibility.Eligibility.IsEligible())
{
return;
}
if (eligibility.Eligibility == Eligibility.REQUIRE_ONE && setStream == eligibility.StreamNum)
{
return;
}
testStreamNum = eligibility.StreamNum;
}
else
{
testStreamNum = ((ExprIdentNode)testExpr).StreamId;
}
if (testStreamNum == null)
{
queryGraph.AddInSetMultiIndexUnkeyed(testExpr, setStream, exprNodes);
}
else
{
if (testStreamNum.Equals(entry.Key))
{
return;
}
queryGraph.AddInSetMultiIndex(testStreamNum.Value, testExpr, setStream, exprNodes);
}
}
public void SetUp()
{
_container = SupportContainer.Reset();
_inNodeNormal = SupportExprNodeFactory.MakeInSetNode(false);
_inNodeNotIn = SupportExprNodeFactory.MakeInSetNode(true);
}
private static FilterSpecParam HandleInSetNode(
ExprInNode constituent,
IDictionary<string, Pair<EventType, string>> arrayEventTypes,
ExprEvaluatorContext exprEvaluatorContext,
string statementName)
{
var left = constituent.ChildNodes[0];
if (!(left is ExprFilterOptimizableNode))
{
return null;
}
var filterOptimizableNode = (ExprFilterOptimizableNode) left;
var lookupable = filterOptimizableNode.FilterLookupable;
var op = FilterOperator.IN_LIST_OF_VALUES;
if (constituent.IsNotIn)
{
op = FilterOperator.NOT_IN_LIST_OF_VALUES;
}
var expectedNumberOfConstants = constituent.ChildNodes.Length - 1;
IList<FilterSpecParamInValue> listofValues = new List<FilterSpecParamInValue>();
foreach (var subNode in constituent.ChildNodes.Skip(1)) // ignore the first node as it's the identifier
{
if (ExprNodeUtility.IsConstantValueExpr(subNode))
{
var constantNode = (ExprConstantNode) subNode;
var constant = constantNode.GetConstantValue(exprEvaluatorContext);
if (constant != null && !constant.GetType().IsArray)
{
var constantType = constant.GetType();
if (constantType.IsGenericCollection())
return null;
if (constantType.IsGenericDictionary())
return null;
}
var asArray = constant as Array;
if (asArray != null)
{
for (var i = 0; i < asArray.Length; i++)
{
var arrayElement = asArray.GetValue(i);
var arrayElementCoerced = HandleConstantsCoercion(lookupable, arrayElement);
listofValues.Add(new InSetOfValuesConstant(arrayElementCoerced));
if (i > 0)
{
expectedNumberOfConstants++;
}
}
}
else
{
constant = HandleConstantsCoercion(lookupable, constant);
listofValues.Add(new InSetOfValuesConstant(constant));
}
}
if (subNode is ExprContextPropertyNode)
{
var contextPropertyNode = (ExprContextPropertyNode) subNode;
var returnType = contextPropertyNode.ReturnType;
if (contextPropertyNode.ReturnType.IsImplementsInterface(typeof (ICollection<>)) ||
contextPropertyNode.ReturnType.IsImplementsInterface(typeof (IDictionary<,>)))
{
return null;
}
if ((returnType != null) && (returnType.GetType().IsArray))
{
return null;
}
var coercer = GetNumberCoercer(
left.ExprEvaluator.ReturnType, contextPropertyNode.ReturnType, lookupable.Expression);
listofValues.Add(
new InSetOfValuesContextProp(
contextPropertyNode.PropertyName, contextPropertyNode.Getter, coercer));
}
if (subNode is ExprIdentNode)
{
var identNodeInner = (ExprIdentNode) subNode;
if (identNodeInner.StreamId == 0)
{
break; // for same event evals use the boolean expression, via count compare failing below
}
var isMustCoerce = false;
var numericCoercionType = lookupable.ReturnType.GetBoxedType();
if (identNodeInner.ExprEvaluator.ReturnType != lookupable.ReturnType)
{
if (lookupable.ReturnType.IsNumeric())
{
if (!identNodeInner.ExprEvaluator.ReturnType.CanCoerce(lookupable.ReturnType))
{
ThrowConversionError(
identNodeInner.ExprEvaluator.ReturnType, lookupable.ReturnType,
lookupable.Expression);
}
isMustCoerce = true;
}
else
{
break; // assumed not compatible
}
}
FilterSpecParamInValue inValue;
var streamName = identNodeInner.ResolvedStreamName;
if (arrayEventTypes != null && !arrayEventTypes.IsEmpty() && arrayEventTypes.ContainsKey(streamName))
{
var indexAndProp = GetStreamIndex(identNodeInner.ResolvedPropertyName);
inValue = new InSetOfValuesEventPropIndexed(
identNodeInner.ResolvedStreamName, indexAndProp.First.Value,
indexAndProp.Second, isMustCoerce, numericCoercionType, statementName);
}
else
{
inValue = new InSetOfValuesEventProp(
identNodeInner.ResolvedStreamName, identNodeInner.ResolvedPropertyName, isMustCoerce,
numericCoercionType);
}
listofValues.Add(inValue);
}
}
// Fallback if not all values in the in-node can be resolved to properties or constants
if (listofValues.Count == expectedNumberOfConstants)
{
return new FilterSpecParamIn(lookupable, op, listofValues);
}
return null;
}
internal static FilterSpecParamForge HandleInSetNode(
ExprInNode constituent,
IDictionary <string, Pair <EventType, string> > taggedEventTypes,
IDictionary <string, Pair <EventType, string> > arrayEventTypes,
ISet <string> allTagNamesOrdered,
StatementRawInfo raw,
StatementCompileTimeServices services)
{
var left = constituent.ChildNodes[0];
ExprFilterSpecLookupableForge lookupable = null;
if (left is ExprFilterOptimizableNode)
{
var filterOptimizableNode = (ExprFilterOptimizableNode)left;
lookupable = filterOptimizableNode.FilterLookupable;
}
else if (FilterSpecCompilerIndexPlannerHelper.HasLevelOrHint(FilterSpecCompilerIndexPlannerHint.LKUPCOMPOSITE, raw, services) &&
IsLimitedLookupableExpression(left))
{
lookupable = MakeLimitedLookupableForgeMayNull(left, raw, services);
}
if (lookupable == null)
{
return(null);
}
var op = FilterOperator.IN_LIST_OF_VALUES;
if (constituent.IsNotIn)
{
op = FilterOperator.NOT_IN_LIST_OF_VALUES;
}
var expectedNumberOfConstants = constituent.ChildNodes.Length - 1;
IList <FilterSpecParamInValueForge> listofValues = new List <FilterSpecParamInValueForge>();
var it = Arrays.AsList(constituent.ChildNodes).GetEnumerator();
it.MoveNext(); // ignore the first node as it's the identifier
while (it.MoveNext())
{
var subNode = it.Current;
if (subNode.Forge.ForgeConstantType.IsCompileTimeConstant)
{
var constant = subNode.Forge.ExprEvaluator.Evaluate(null, true, null);
if (constant is ICollection <object> )
{
return(null);
}
if (constant is IDictionary <object, object> )
{
return(null);
}
if ((constant != null) && (constant is Array arrayConstant))
{
for (var i = 0; i < arrayConstant.Length; i++)
{
var arrayElement = arrayConstant.GetValue(i);
var arrayElementCoerced = HandleConstantsCoercion(lookupable, arrayElement);
listofValues.Add(new FilterForEvalConstantAnyTypeForge(arrayElementCoerced));
if (i > 0)
{
expectedNumberOfConstants++;
}
}
}
else
{
constant = HandleConstantsCoercion(lookupable, constant);
listofValues.Add(new FilterForEvalConstantAnyTypeForge(constant));
}
}
else if (subNode is ExprContextPropertyNode)
{
var contextPropertyNode = (ExprContextPropertyNode)subNode;
var returnType = contextPropertyNode.Type;
Coercer coercer;
if (TypeHelper.IsCollectionMapOrArray(returnType))
{
CheckArrayCoercion(returnType, lookupable.ReturnType, lookupable.Expression);
coercer = null;
}
else
{
coercer = GetNumberCoercer(left.Forge.EvaluationType, contextPropertyNode.Type, lookupable.Expression);
}
var finalReturnType = coercer != null ? coercer.ReturnType : returnType;
listofValues.Add(new FilterForEvalContextPropForge(contextPropertyNode.PropertyName, contextPropertyNode.Getter, coercer, finalReturnType));
}
else if (subNode.Forge.ForgeConstantType.IsDeployTimeTimeConstant && subNode is ExprNodeDeployTimeConst)
{
var deployTimeConst = (ExprNodeDeployTimeConst)subNode;
var returnType = subNode.Forge.EvaluationType;
Coercer coercer;
if (TypeHelper.IsCollectionMapOrArray(returnType))
{
CheckArrayCoercion(returnType, lookupable.ReturnType, lookupable.Expression);
coercer = null;
}
else
{
coercer = GetNumberCoercer(left.Forge.EvaluationType, returnType, lookupable.Expression);
}
listofValues.Add(new FilterForEvalDeployTimeConstForge(deployTimeConst, coercer, returnType));
}
else if (subNode is ExprIdentNode)
{
var identNodeInner = (ExprIdentNode)subNode;
if (identNodeInner.StreamId == 0)
{
break; // for same event evals use the boolean expression, via count compare failing below
}
var isMustCoerce = false;
var coerceToType = Boxing.GetBoxedType(lookupable.ReturnType);
var identReturnType = identNodeInner.Forge.EvaluationType;
if (TypeHelper.IsCollectionMapOrArray(identReturnType))
{
CheckArrayCoercion(identReturnType, lookupable.ReturnType, lookupable.Expression);
coerceToType = identReturnType;
// no action
}
else if (identReturnType != lookupable.ReturnType)
{
if (TypeHelper.IsNumeric(lookupable.ReturnType))
{
if (!TypeHelper.CanCoerce(identReturnType, lookupable.ReturnType))
{
ThrowConversionError(identReturnType, lookupable.ReturnType, lookupable.Expression);
}
isMustCoerce = true;
}
else
{
break; // assumed not compatible
}
}
FilterSpecParamInValueForge inValue;
var streamName = identNodeInner.ResolvedStreamName;
if (arrayEventTypes != null && !arrayEventTypes.IsEmpty() && arrayEventTypes.ContainsKey(streamName))
{
var indexAndProp = GetStreamIndex(identNodeInner.ResolvedPropertyName);
var innerEventType = GetArrayInnerEventType(arrayEventTypes, streamName);
inValue = new FilterForEvalEventPropIndexedForge(
identNodeInner.ResolvedStreamName,
indexAndProp.First,
indexAndProp.Second,
innerEventType,
isMustCoerce,
coerceToType);
}
else
{
inValue = new FilterForEvalEventPropForge(
identNodeInner.ResolvedStreamName,
identNodeInner.ResolvedPropertyName,
identNodeInner.ExprEvaluatorIdent,
isMustCoerce,
coerceToType);
}
listofValues.Add(inValue);
}
else if (FilterSpecCompilerIndexPlannerHelper.HasLevelOrHint(FilterSpecCompilerIndexPlannerHint.VALUECOMPOSITE, raw, services) &&
IsLimitedValueExpression(subNode))
{
var convertor = GetMatchEventConvertor(subNode, taggedEventTypes, arrayEventTypes, allTagNamesOrdered);
var valueType = subNode.Forge.EvaluationType;
var lookupableType = lookupable.ReturnType;
var numberCoercer = GetNumberCoercer(lookupableType, valueType, lookupable.Expression);
var forge = new FilterForEvalLimitedExprForge(subNode, convertor, numberCoercer);
listofValues.Add(forge);
}
}
// Fallback if not all values in the in-node can be resolved to properties or constants
if (listofValues.Count == expectedNumberOfConstants)
{
return(new FilterSpecParamInForge(lookupable, op, listofValues));
}
return(null);
}
public void SetUp()
{
_inNodeNormal = SupportExprNodeFactory.MakeInSetNode(false);
_inNodeNotIn = SupportExprNodeFactory.MakeInSetNode(true);
}
private static FilterSpecParam HandleInSetNode(
ExprInNode constituent,
IDictionary <string, Pair <EventType, string> > arrayEventTypes,
ExprEvaluatorContext exprEvaluatorContext,
string statementName)
{
var left = constituent.ChildNodes[0];
if (!(left is ExprFilterOptimizableNode))
{
return(null);
}
var filterOptimizableNode = (ExprFilterOptimizableNode)left;
var lookupable = filterOptimizableNode.FilterLookupable;
var op = FilterOperator.IN_LIST_OF_VALUES;
if (constituent.IsNotIn)
{
op = FilterOperator.NOT_IN_LIST_OF_VALUES;
}
var expectedNumberOfConstants = constituent.ChildNodes.Count - 1;
var listofValues = new List <FilterSpecParamInValue>();
var enumerator = constituent.ChildNodes.GetEnumerator();
enumerator.MoveNext(); // ignore the first node as it's the identifier
while (enumerator.MoveNext())
{
ExprNode subNode = enumerator.Current;
if (ExprNodeUtility.IsConstantValueExpr(subNode))
{
var constantNode = (ExprConstantNode)subNode;
var constant = constantNode.GetConstantValue(exprEvaluatorContext);
if (constant is Array asArray)
{
for (var i = 0; i < asArray.Length; i++)
{
var arrayElement = asArray.GetValue(i);
var arrayElementCoerced = HandleConstantsCoercion(lookupable, arrayElement);
listofValues.Add(new FilterForEvalConstantAnyType(arrayElementCoerced));
if (i > 0)
{
expectedNumberOfConstants++;
}
}
}
else if (constant is ICollection <object> )
{
return(null);
}
else if (constant is IDictionary <string, object> )
{
return(null);
}
else
{
constant = HandleConstantsCoercion(lookupable, constant);
listofValues.Add(new FilterForEvalConstantAnyType(constant));
}
}
if (subNode is ExprContextPropertyNode)
{
var contextPropertyNode = (ExprContextPropertyNode)subNode;
var returnType = contextPropertyNode.ReturnType;
Coercer coercer;
Type coercerType;
if (returnType.IsCollectionMapOrArray())
{
CheckArrayCoercion(returnType, lookupable.ReturnType, lookupable.Expression);
coercer = null;
coercerType = null;
}
else
{
coercer = GetNumberCoercer(
left.ExprEvaluator.ReturnType,
contextPropertyNode.ReturnType,
lookupable.Expression,
out coercerType);
}
var finalReturnType = coercer != null ? coercerType : returnType;
listofValues.Add(new FilterForEvalContextPropMayCoerce(contextPropertyNode.PropertyName, contextPropertyNode.Getter, coercer, finalReturnType));
}
if (subNode is ExprIdentNode)
{
var identNodeInner = (ExprIdentNode)subNode;
if (identNodeInner.StreamId == 0)
{
break; // for same event evals use the bool expression, via count compare failing below
}
var isMustCoerce = false;
var coerceToType = lookupable.ReturnType.GetBoxedType();
var identReturnType = identNodeInner.ExprEvaluator.ReturnType;
if (identReturnType.IsCollectionMapOrArray())
{
CheckArrayCoercion(identReturnType, lookupable.ReturnType, lookupable.Expression);
coerceToType = identReturnType;
// no action
}
else if (identReturnType != lookupable.ReturnType)
{
if (lookupable.ReturnType.IsNumeric())
{
if (!identReturnType.CanCoerce(lookupable.ReturnType))
{
ThrowConversionError(identReturnType, lookupable.ReturnType, lookupable.Expression);
}
isMustCoerce = true;
}
else
{
break; // assumed not compatible
}
}
FilterSpecParamInValue inValue;
var streamName = identNodeInner.ResolvedStreamName;
if (arrayEventTypes != null && !arrayEventTypes.IsEmpty() && arrayEventTypes.ContainsKey(streamName))
{
var indexAndProp = GetStreamIndex(identNodeInner.ResolvedPropertyName);
inValue = new FilterForEvalEventPropIndexedMayCoerce(identNodeInner.ResolvedStreamName, indexAndProp.First,
indexAndProp.Second, isMustCoerce, coerceToType, statementName);
}
else
{
inValue = new FilterForEvalEventPropMayCoerce(identNodeInner.ResolvedStreamName, identNodeInner.ResolvedPropertyName, isMustCoerce, coerceToType);
}
listofValues.Add(inValue);
}
}
// Fallback if not all values in the in-node can be resolved to properties or constants
if (listofValues.Count == expectedNumberOfConstants)
{
return(new FilterSpecParamIn(lookupable, op, listofValues));
}
return(null);
}
