public void AddAnnotation(IRewriteSession rewriteSession, IdentifierReference reference, IAnnotation annotationInfo, IReadOnlyList <string> values = null)
{
var annotationValues = values ?? new List <string>();
if (reference == null)
{
_logger.Warn("Tried to add an annotation to an identifier reference that is null.");
_logger.Trace($"Tried to add annotation {annotationInfo.Name} with values {AnnotationValuesText(annotationValues)} to an identifier reference that is null.");
return;
}
if (!annotationInfo.Target.HasFlag(AnnotationTarget.Identifier))
{
_logger.Warn("Tried to add an annotation without the identifier reference annotation flag to an identifier reference.");
_logger.Trace($"Tried to add annotation {annotationInfo.Name} with values {AnnotationValuesText(annotationValues)} to the identifier reference to {reference.Declaration.QualifiedName} at {reference.Selection} in module {reference.QualifiedModuleName}.");
return;
}
if (rewriteSession.TargetCodeKind != CodeKind.CodePaneCode)
{
_logger.Warn($"Tried to add an annotation to an identifier reference with a rewriter not suitable for annotations to references. (target code kind = {rewriteSession.TargetCodeKind})");
_logger.Trace($"Tried to add annotation {annotationInfo.Name} with values {AnnotationValuesText(annotationValues)} to the the identifier reference {reference.IdentifierName} at {reference.Selection} in module {reference.QualifiedModuleName} using a rewriter not suitable for annotations.");
return;
}
AddAnnotation(rewriteSession, new QualifiedContext(reference.QualifiedModuleName, reference.Context), annotationInfo, annotationValues);
}
protected override bool IsResultReference(IdentifierReference reference, DeclarationFinder finder)
{
// prefilter to reduce search space
if (reference.IsIgnoringInspectionResultFor(AnnotationName))
{
return(false);
}
var usageContext = UsageContext(reference);
var setter = usageContext is VBAParser.LExprContext lexpr &&
lexpr.Parent is VBAParser.SetStmtContext
? lexpr.Parent
: null;
if (setter is null)
{
return(usageContext is VBAParser.MemberAccessExprContext ||
!(usageContext is VBAParser.CallStmtContext) &&
!ContextIsNothing(usageContext));
}
var assignedTo = AssignmentTarget(reference, finder, setter);
return(assignedTo != null &&
IsUsedBeforeCheckingForNothing(assignedTo));
}
private void AddUnboundDefaultMemberReference(
DictionaryAccessExpression expression,
QualifiedModuleName module,
Declaration scope,
Declaration parent,
bool isAssignmentTarget,
bool hasExplicitLetStatement,
bool isSetAssignment)
{
var callSiteContext = expression.DefaultMemberContext;
var identifier = expression.Context.GetText();
var selection = callSiteContext.GetSelection();
var callee = expression.ReferencedDeclaration;
var reference = new IdentifierReference(
module,
scope,
parent,
identifier,
selection,
callSiteContext,
callee,
isAssignmentTarget,
hasExplicitLetStatement,
FindIdentifierAnnotations(module, selection.StartLine),
isSetAssignment,
isIndexedDefaultMemberAccess: true,
defaultMemberRecursionDepth: expression.DefaultMemberRecursionDepth);
_declarationFinder.AddUnboundDefaultMemberAccess(reference);
}
private void AddFailedIndexedDefaultMemberReference(
IndexExpression expression,
QualifiedModuleName module,
Declaration scope,
Declaration parent,
bool isAssignmentTarget,
bool hasExplicitLetStatement,
bool hasArguments)
{
var callSiteContext = expression.Context;
var identifier = callSiteContext.GetText();
var selection = callSiteContext.GetSelection();
var callee = expression.ReferencedDeclaration;
var reference = new IdentifierReference(
module,
scope,
parent,
identifier,
selection,
callSiteContext,
callee,
isAssignmentTarget,
hasExplicitLetStatement,
FindIdentifierAnnotations(module, selection.StartLine),
false,
isIndexedDefaultMemberAccess: hasArguments,
isNonIndexedDefaultMemberAccess: !hasArguments,
defaultMemberRecursionDepth: expression.DefaultMemberRecursionDepth);
_declarationFinder.AddFailedIndexedDefaultMemberResolution(reference);
}
public static void ReplaceIdentifierReferenceName(this ICodeModule module, IdentifierReference identifierReference, string replacement)
{
var original = module.GetLines(identifierReference.Selection.StartLine, 1);
var result = ReplaceStringAtIndex(original, identifierReference.IdentifierName, replacement, identifierReference.Context.Start.Column);
module.ReplaceLine(identifierReference.Selection.StartLine, result);
}
public static void Remove(this ICodeModule module, IdentifierReference target)
{
var parent = (ParserRuleContext)target.Context.Parent;
if (target.IsAssignment)
{
// target is LHS of assignment; need to know if there's a procedure call in RHS
var letStmt = parent as VBAParser.LetStmtContext;
var setStmt = parent as VBAParser.SetStmtContext;
string argList;
if (HasProcedureCall(letStmt, out argList) || HasProcedureCall(setStmt, out argList))
{
// need to remove LHS only; RHS expression may have side-effects
var original = parent.GetText();
var replacement = ReplaceStringAtIndex(original, target.IdentifierName + " = ", string.Empty, 0);
if (argList != null)
{
var atIndex = replacement.IndexOf(argList, StringComparison.OrdinalIgnoreCase);
var plainArgs = " " + argList.Substring(1, argList.Length - 2);
replacement = ReplaceStringAtIndex(replacement, argList, plainArgs, atIndex);
}
module.ReplaceLine(parent.Start.Line, replacement);
return;
}
}
module.Remove(parent.GetSelection(), parent);
}
private void AddFailedProcedureCoercionReference(
ProcedureCoercionExpression expression,
QualifiedModuleName module,
Declaration scope,
Declaration parent)
{
var callSiteContext = expression.Context;
var identifier = callSiteContext.GetText();
var selection = callSiteContext.GetSelection();
var callee = expression.ReferencedDeclaration;
var reference = new IdentifierReference(
module,
scope,
parent,
identifier,
selection,
callSiteContext,
callee,
false,
false,
FindIdentifierAnnotations(module, selection.StartLine),
false,
isNonIndexedDefaultMemberAccess: true,
defaultMemberRecursionDepth: expression.DefaultMemberRecursionDepth);
_declarationFinder.AddFailedProcedureCoercionReference(reference);
}
protected override string ResultDescription(IdentifierReference reference, string assignedTypeName)
{
var declarationName = reference.Declaration.IdentifierName;
var variableTypeName = reference.Declaration.FullAsTypeName;
return(string.Format(InspectionResults.SetAssignmentWithIncompatibleObjectTypeInspection, declarationName, variableTypeName, assignedTypeName));
}
protected override string ResultDescription(IdentifierReference failedCoercion)
{
var expression = failedCoercion.IdentifierName;
var typeName = failedCoercion.Declaration?.FullAsTypeName;
return(string.Format(InspectionResults.ProcedureRequiredInspection, expression, typeName));
}
protected override string ResultDescription(IdentifierReference failedIndexedDefaultMemberAccess)
{
var expression = failedIndexedDefaultMemberAccess.IdentifierName;
var typeName = failedIndexedDefaultMemberAccess.Declaration?.FullAsTypeName;
return(string.Format(InspectionResults.DefaultMemberRequiredInspection, expression, typeName));
}
private void MakeReferenceUnqualified(Declaration target, IdentifierReference reference, IModuleRewriter rewriter)
{
var memberAccessContext = reference.Context.GetAncestor <VBAParser.MemberAccessExprContext>();
if (memberAccessContext == null)
{
return;
}
// member access might be to something unrelated to the rewritten target.
// check we're not accidentally overwriting some other member-access who just happens to be a parent context
if (memberAccessContext.unrestrictedIdentifier()?.GetText() != target.IdentifierName)
{
return;
}
var qualification = memberAccessContext.lExpression().GetText();
if (!qualification.Equals(target.ComponentName, StringComparison.InvariantCultureIgnoreCase) &&
!qualification.Equals(target.ProjectName, StringComparison.InvariantCultureIgnoreCase) &&
!qualification.Equals($"{target.QualifiedModuleName.ProjectName}.{target.ComponentName}", StringComparison.InvariantCultureIgnoreCase))
{
return;
}
rewriter.Replace(memberAccessContext, reference.IdentifierName);
}
private bool IsCallStmt(IdentifierReference usage)
{
var callStmt = usage.Context.GetAncestor <VBAParser.CallStmtContext>();
if (callStmt == null)
{
return(false);
}
var indexExpr = usage.Context.GetAncestor <VBAParser.IndexExprContext>();
if (indexExpr != null)
{
var memberAccessStmt = usage.Context.GetAncestor <VBAParser.MemberAccessExprContext>();
if (memberAccessStmt != null &&
callStmt.SourceInterval.ProperlyContains(memberAccessStmt.SourceInterval) &&
memberAccessStmt.SourceInterval.ProperlyContains(indexExpr.SourceInterval))
{
return(false);
}
}
var argumentList = CallStatement.GetArgumentList(callStmt);
if (argumentList == null)
{
return(true);
}
return(!usage.Context.IsDescendentOf(argumentList));
}
protected override string ResultDescription(IdentifierReference reference)
{
var expression = reference.IdentifierName;
var defaultMember = reference.Declaration.QualifiedName.ToString();
return(string.Format(InspectionResults.IndexedRecursiveDefaultMemberAccessInspection, expression, defaultMember));
}
protected override bool IsResultReference(IdentifierReference reference, DeclarationFinder finder)
{
return(reference.IsNonIndexedDefaultMemberAccess &&
!reference.IsProcedureCoercion &&
!reference.IsInnerRecursiveDefaultMemberAccess &&
!reference.IsIgnoringInspectionResultFor(AnnotationName));
}
protected override bool IsResultReference(IdentifierReference reference)
{
return(reference.IsIndexedDefaultMemberAccess &&
reference.DefaultMemberRecursionDepth > 1 &&
!(reference.Context is VBAParser.DictionaryAccessContext) &&
!reference.IsIgnoringInspectionResultFor(AnnotationName));
}
private static string BoundResultDescription(IdentifierReference reference)
{
var expression = reference.IdentifierName;
var defaultMember = reference.Declaration.QualifiedName.ToString();
return(string.Format(InspectionResults.ObjectWhereProcedureIsRequiredInspection, expression, defaultMember));
}
private string ResultDescription(IdentifierReference lhsReference, IdentifierReference rhsReference)
{
var lhsExpression = lhsReference.IdentifierName;
var rhsExpression = rhsReference.IdentifierName;
return(string.Format(InspectionResults.SuspiciousLetAssignmentInspection, lhsExpression, rhsExpression));
}
public static bool RequiresSetAssignment(IdentifierReference reference, RubberduckParserState state)
{
//Not an assignment...definitely does not require a 'Set' assignment
if (!reference.IsAssignment)
{
return(false);
}
//We know for sure it DOES NOT use 'Set'
if (!MayRequireAssignmentUsingSet(reference.Declaration))
{
return(false);
}
//We know for sure that it DOES use 'Set'
if (RequiresAssignmentUsingSet(reference.Declaration))
{
return(true);
}
//We need to look everything to understand the RHS - the assigned reference is probably a Variant
var allInterestingDeclarations = GetDeclarationsPotentiallyRequiringSetAssignment(state.AllUserDeclarations);
return(ObjectOrVariantRequiresSetAssignment(reference, allInterestingDeclarations));
}
protected override string ResultDescription(IdentifierReference reference, string argumentTypeName)
{
var parameterName = reference.Declaration.IdentifierName;
var parameterTypeName = reference.Declaration.FullAsTypeName;
var argumentExpression = reference.Context.GetText();
return(string.Format(InspectionResults.SetAssignmentWithIncompatibleObjectTypeInspection, parameterName, parameterTypeName, argumentExpression, argumentTypeName));
}
protected virtual IInspectionResult InspectionResult(IdentifierReference reference, IDeclarationFinderProvider declarationFinderProvider)
{
return(new IdentifierReferenceInspectionResult(
this,
ResultDescription(reference),
declarationFinderProvider,
reference));
}
private static bool IsProcedureCallReference(IdentifierReference reference)
{
return(reference?.Declaration != null &&
!reference.IsAssignment &&
!reference.IsArrayAccess &&
!reference.IsInnerRecursiveDefaultMemberAccess &&
IsCalledAsProcedure(reference.Context));
}
private IInspectionResult InspectionResult(IdentifierReference reference, DeclarationFinder finder)
{
return(new IdentifierReferenceInspectionResult(
this,
ResultDescription(reference),
finder,
reference));
}
private static bool TryGetRelevantJumpContext <T>(IdentifierReference resultCandidate, out T ctxt) where T : ParserRuleContext
{
ctxt = resultCandidate.ParentScoping.Context.GetDescendents <T>()
.Where(descendent => descendent.GetSelection() > resultCandidate.Selection)
.OrderBy(descendent => descendent.GetSelection())
.FirstOrDefault();
return(ctxt != null);
}
protected override string ResultDescription(IdentifierReference reference)
{
var identifierName = reference.IdentifierName;
return(string.Format(
InspectionResults.UnassignedVariableUsageInspection,
identifierName));
}
protected override string ResultDescription(IdentifierReference reference)
{
var referenceText = reference.Context.GetText();
return(string.Format(
InspectionResults.ImplicitContainingWorkbookReferenceInspection,
referenceText));
}
protected override string ResultDescription(IdentifierReference reference)
{
var declarationName = reference.Declaration.IdentifierName;
return(string.Format(
InspectionResults.UntypedFunctionUsageInspection,
declarationName));
}
private IInspectionResult Result(IdentifierReference reference)
{
return(new IdentifierReferenceInspectionResult(
this,
ResultDescription(reference),
State,
reference));
}
private static bool IsArraySubscriptAssignment(IdentifierReference reference)
{
var isLetAssignment = reference.Context.TryGetAncestor <VBAParser.LetStmtContext>(out var letStmt);
var isSetAssignment = reference.Context.TryGetAncestor <VBAParser.SetStmtContext>(out var setStmt);
return(isLetAssignment && letStmt.lExpression() is VBAParser.IndexExprContext ||
isSetAssignment && setStmt.lExpression() is VBAParser.IndexExprContext);
}
private Declaration ParentDeclaration(IdentifierReference reference)
{
var declarationTypes = new[] { DeclarationType.Function, DeclarationType.Procedure, DeclarationType.Property };
return(UserDeclarations.SingleOrDefault(d =>
reference.ParentScoping.Equals(d) && declarationTypes.Contains(d.DeclarationType) &&
d.QualifiedName.QualifiedModuleName.Equals(reference.QualifiedModuleName)));
}
private bool IsImplicitDefaultMemberAssignment(IdentifierReference reference)
{
return(reference.IsNonIndexedDefaultMemberAccess &&
reference.IsAssignment &&
!reference.IsSetAssignment &&
!reference.HasExplicitLetStatement &&
!reference.IsIgnoringInspectionResultFor(AnnotationName));
}
/// <summary>
/// Create the specific finder Method, specify the query it will use, and define the input and output parameters associated with it.
/// The specific finder Method returns exactly one row of data from the data source, given an identifier.
/// </summary>
/// <param name="name"></param>
/// <param name="table"></param>
/// <param name="lobSystemName"></param>
/// <param name="catalog"></param>
/// <param name="entity"></param>
private static void CreateReadItemMethod(string name, string table, string lobSystemName, List<ExternalColumnReference> referenceList, AdministrationMetadataCatalog catalog, Entity entity)
{
uint language = SPContext.Current.Web != null ? SPContext.Current.Web.Language : 1033;
string itemMethodName = "Get" + name;
string listMethodEntity = name + "List";
string itemMethodEntity = name;
ExternalColumnReference keyColumn = null;
Method getItemMethod = entity.Methods.Create(itemMethodName, true, false, table);
// Specify the query
// "SELECT [CustomerId] , [FirstName] , [LastName] , [Phone] , [EmailAddress] , [CompanyName] FROM [Customers].[SalesLT].[Customer] WHERE [CustomerId] = @CustomerId"
string querySingleItemString = "SELECT ";
string whereClause = "";
foreach (ExternalColumnReference reference in referenceList)
{
querySingleItemString += "[" + reference.SourceName + "], ";
if(reference.IsKey)
{
keyColumn = reference;
whereClause = "[" + reference.SourceName + "] = @" + reference.DestinationName;
}
}
querySingleItemString = querySingleItemString.Substring(0, querySingleItemString.Length - 2);
querySingleItemString += " FROM [" + table + "] WHERE " + whereClause;
// Set the method properties
getItemMethod.Properties.Add("RdbCommandText", querySingleItemString);
getItemMethod.Properties.Add("RdbCommandType", "Text");
getItemMethod.Properties.Add("BackEndObjectType", "SqlServerTable");
getItemMethod.Properties.Add("BackEndObject", table);
getItemMethod.Properties.Add("Schema", "dbo");
// Create the EntityID input parameter
if (keyColumn == null)
{
var message = SPUtility.GetLocalizedString("$Resources:ExternalLookup_Creator_KeyColumn", "Resources", language);
throw new NullReferenceException(message);
}
string idParameter = "@" + keyColumn.DestinationName;
Parameter entityIdParameter = getItemMethod.Parameters.Create(idParameter, true, DirectionType.In);
// Create the TypeDescriptor for the EntityID parameter
entityIdParameter.CreateRootTypeDescriptor(
keyColumn.DestinationName,
true,
keyColumn.Type,
keyColumn.SourceName,
new IdentifierReference(keyColumn.DestinationName, new EntityReference("EFEXCON.ExternalLookup", itemMethodEntity, catalog), catalog),
null,
TypeDescriptorFlags.None,
null,
catalog);
// Create the Entity return parameter
Parameter modelParameter = getItemMethod.Parameters.Create(itemMethodEntity, true, DirectionType.Return);
// Create the TypeDescriptors for the Entity return parameter
TypeDescriptor returnRootCollectionTypeDescriptor =
modelParameter.CreateRootTypeDescriptor(
listMethodEntity,
true,
"System.Data.IDataReader, System.Data, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089",
listMethodEntity,
null,
null,
TypeDescriptorFlags.IsCollection,
null,
catalog);
TypeDescriptor returnRootElementTypeDescriptor =
returnRootCollectionTypeDescriptor.ChildTypeDescriptors.Create(
itemMethodEntity,
true,
"System.Data.IDataRecord, System.Data, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089",
itemMethodEntity,
null,
null,
TypeDescriptorFlags.None,
null);
foreach (ExternalColumnReference reference in referenceList)
{
IdentifierReference identityReference = null;
if (reference.IsKey)
{
identityReference = new IdentifierReference(reference.DestinationName, new EntityReference("EFEXCON.ExternalLookup", itemMethodEntity, catalog), catalog);
}
returnRootElementTypeDescriptor.ChildTypeDescriptors.Create(
reference.DestinationName,
true,
reference.Type,
reference.SourceName,
identityReference,
null,
TypeDescriptorFlags.None,
null
);
}
// Create the specific finder method instance
getItemMethod.MethodInstances.Create(itemMethodName, true, returnRootElementTypeDescriptor, MethodInstanceType.SpecificFinder, true);
}
/// <summary>
/// Creates the finder Method, specify the query it will use, and define the output parameters associated with it.
/// The finder Method returns all of the rows of data from the data source which its query defines.
/// </summary>
/// <param name="name"></param>
/// <param name="table"></param>
/// <param name="lobSystemName"></param>
/// <param name="referenceList"></param>
/// <param name="catalog"></param>
/// <param name="entity"></param>
private static void CreateReadListMethod(string name, string table, string lobSystemName, List<ExternalColumnReference> referenceList, AdministrationMetadataCatalog catalog, Entity entity)
{
string listMethodName = String.Format("Get{0}List", name);
string listMethodEntity = name + "List";
string itemMethodEntity = name;
var identifierField = referenceList.Where(x => x.IsKey).ToList().First();
if (identifierField == null)
throw new NullReferenceException("Could not get identifier field.");
// Create the Finder method
Method getListMethod = entity.Methods.Create(listMethodName, true, false, table); // itemMethodEntity
// Specify the query
// "SELECT [CustomerId] , [FirstName] , [LastName] , [Phone] , [EmailAddress] , [CompanyName] FROM [Customers].[SalesLT].[Customer]"
string queryAllItemsString = "SELECT TOP(@RowLimit) ";
foreach(ExternalColumnReference reference in referenceList)
{
queryAllItemsString += "[" + reference.SourceName + "], ";
}
queryAllItemsString = queryAllItemsString.Substring(0, queryAllItemsString.Length - 2);
queryAllItemsString += " FROM [" + table + "]";
var whereClause = " WHERE";
foreach (ExternalColumnReference reference in referenceList)
{
if (reference.IsSearchField)
{
if (reference.Type == "System.String")
{
whereClause += String.Format(" ((@{1} IS NULL) OR ((@{1} IS NULL AND [{0}] IS NULL) OR [{0}] LIKE @{1})) AND", reference.SourceName, reference.DestinationName);
}
else
{
whereClause += String.Format(" ((@{1} = N'0') OR ((@{1} IS NULL AND [{0}] IS NULL) OR [{0}] = @{1})) AND", reference.SourceName, reference.DestinationName);
}
}
}
if (whereClause.Length == 7)
whereClause = "";
else
{
whereClause = whereClause.Substring(0, whereClause.Length - 4);
}
queryAllItemsString += whereClause;
// Set method properties
getListMethod.Properties.Add("RdbCommandText", queryAllItemsString);
getListMethod.Properties.Add("RdbCommandType", "Text");
getListMethod.Properties.Add("BackEndObjectType", "SqlServerTable");
getListMethod.Properties.Add("BackEndObject", table);
getListMethod.Properties.Add("Schema", "dbo");
// Create the Entity return parameter
Parameter modelParameter = getListMethod.Parameters.Create(name, true, DirectionType.Return);
// Create the TypeDescriptors for the Entity return parameter
TypeDescriptor returnRootCollectionTypeDescriptor =
modelParameter.CreateRootTypeDescriptor(
listMethodEntity,
true,
"System.Data.IDataReader, System.Data, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089",
listMethodEntity,
null,
null, // filter descriptor
TypeDescriptorFlags.IsCollection,
null,
catalog);
TypeDescriptor returnRootElementTypeDescriptor =
returnRootCollectionTypeDescriptor.ChildTypeDescriptors.Create(
itemMethodEntity,
true,
"System.Data.IDataRecord, System.Data, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b77a5c561934e089",
itemMethodEntity,
null,
null,
TypeDescriptorFlags.None,
null);
// Create a Filter so that we can limit the number
// of rows returned;
// otherwise we may exceed the list query size threshold.
FilterDescriptor limitRowsReturnedFilter =
getListMethod.FilterDescriptors.Create(
"RowLimitFilter", true, FilterType.Limit, identifierField.DestinationName);
limitRowsReturnedFilter.Properties.Add("IsDefault", false);
limitRowsReturnedFilter.Properties.Add("UsedForDisambiguation", false);
// Create the RowsToRetrieve input parameter.
Parameter identifierParameter =
getListMethod.Parameters.Create(
"@RowLimit", true, DirectionType.In);
// Create the TypeDescriptor for the MaxRowsReturned parameter.
// using the Filter we have created.
TypeDescriptor maxRowsReturnedTypeDescriptor =
identifierParameter.CreateRootTypeDescriptor(
"RowLimit",
true,
"System.Int64",
identifierField.SourceName,
null,
limitRowsReturnedFilter,
TypeDescriptorFlags.None,
null,
catalog);
var stringTypeDescriptorList = new List<TypeDescriptor>();
var counter = 0;
foreach (ExternalColumnReference reference in referenceList)
{
IdentifierReference identityReference = null;
if(reference.IsKey)
identityReference = new IdentifierReference(reference.DestinationName, new EntityReference("EFEXCON.ExternalLookup", itemMethodEntity, catalog), catalog);
if (reference.IsSearchField)
{
FilterType filterType = reference.Type == "System.String" ? FilterType.Wildcard : FilterType.Comparison;
FilterDescriptor filter = getListMethod.FilterDescriptors.Create(
reference.DestinationName + "Filter", true, filterType, reference.DestinationName);
filter.Properties.Add("CaseSensitive", false);
filter.Properties.Add("IsDefault", false);
filter.Properties.Add("UsedForDisambiguation", false);
filter.Properties.Add("UseValueAsDontCare", true);
filter.Properties.Add("DontCareValue", "");
// Create the filter input parameter.
Parameter filterParameter = getListMethod.Parameters.Create(
"@" + reference.DestinationName, true, DirectionType.In);
// Create the TypeDescriptor for the filter parameter.
TypeDescriptor filterParamTypeDescriptor =
filterParameter.CreateRootTypeDescriptor(
reference.DestinationName,
true,
reference.Type,
reference.SourceName,
null,
filter,
TypeDescriptorFlags.None,
null,
catalog);
if (reference.Type == "System.String")
stringTypeDescriptorList.Add(filterParamTypeDescriptor);
if (counter > 0)
filterParamTypeDescriptor.Properties.Add("LogicalOperatorWithPrevious", "And");
counter++;
}
var childTypeDescriptor = returnRootElementTypeDescriptor.ChildTypeDescriptors.Create(
reference.DestinationName,
true,
reference.Type,
reference.SourceName,
identityReference,
null,
TypeDescriptorFlags.None,
null
);
childTypeDescriptor.Properties.Add("ShowInPicker", true);
}
// Create the finder method instance
MethodInstance readListMethodInstance =
getListMethod.MethodInstances.Create(
listMethodName,
true,
returnRootCollectionTypeDescriptor,
MethodInstanceType.Finder,
true);
readListMethodInstance.Properties.Add("RootFinder", "");
// Set the default value for the number of rows
// to be returned filter.
// NOTE: The method instance needs to be created first
// before we can set the default value.
maxRowsReturnedTypeDescriptor.SetDefaultValue(
readListMethodInstance.Id, Int64.Parse("30"));
foreach(var typeDescriptor in stringTypeDescriptorList)
{
typeDescriptor.SetDefaultValue(
readListMethodInstance.Id, "");
}
}
