private void CreateCountImpl(IIntermediateClassType resultClass, IInterfacePropertyMember countProp)
{
var countProperty = resultClass.Properties.Add(new TypedName("Count", RuntimeCoreType.Int32, this.assembly.IdentityManager), true, false);
countProperty.SummaryText = string.Format("Returns the @s:Int32; value which denotes the number of elements within the @s:{0};", resultClass.Name);
countProperty.GetMethod.Return(countProp.GetReference(this.InternalStreamImpl.GetReference()));
countProperty.AccessLevel = AccessLevelModifiers.Public;
this.CountImpl = countProperty;
}
public static IYieldReturnStatement YieldReturn(this IBlockStatementParent blockParent, IInterfacePropertyMember returnValue)
{
return(blockParent.YieldReturn((IExpression)returnValue.GetReference()));
}
public static IReturnStatement Return(this IBlockStatementParent blockParent, IInterfacePropertyMember returnValue)
{
return(blockParent.Return(returnValue.GetReference()));
}
private static Tuple <IType, VisitorImplementationTypeRelevance> GetTypeRelevance(IInterfacePropertyMember property, IInterfaceType[] relevantInterfaces, IType[] actionableTypes)
{
var propType = property.PropertyType;
VisitorImplementationTypeRelevance result;
if ((result = IsTypeRelevant(relevantInterfaces, propType, actionableTypes)) != VisitorImplementationTypeRelevance.NotRelevant)
{
return(Tuple.Create(propType, result));
}
var enAccess = IsTypeRelevantForEnumerableAccess(relevantInterfaces, propType, actionableTypes);
return(enAccess);
}
private static Tuple <IType, VisitorImplementationTypeRelevance> IsPropertyRelevant(IInterfacePropertyMember property, IInterfaceType[] relevantInterfaces, IType ignoreAttr, IType[] actionableTypes)
{
if (property.Metadata.Contains(ignoreAttr))
{
return(new Tuple <IType, VisitorImplementationTypeRelevance>(null, VisitorImplementationTypeRelevance.NotRelevant));
}
return(GetTypeRelevance(property, relevantInterfaces, actionableTypes));
}
