// TODO: Implement Create Collection With No Value.
public override ICProp <CT, T> CreateWithNoValue <CT, T>(
PropNameType propertyName, object extraInfo = null,
PropStorageStrategyEnum storageStrategy = PropStorageStrategyEnum.Internal, bool typeIsSolid = true,
Func <CT, CT, bool> comparer = null)
{
throw new NotImplementedException("PropExtStoreFactory has not implemented the Create Collection Prop with No Value.");
}
public PropTypedBase(PropNameType propertyName, bool typeIsSolid, IPropTemplate <T> template)
{
PropertyName = propertyName;
TypeIsSolid = typeIsSolid;
ValueIsDefined = false;
_template = template;
}
//public virtual IProp CreateGenFromString(Type typeOfThisProperty,
// string value, bool useDefault,
// PropNameType propertyName, object extraInfo,
// PropStorageStrategyEnum storageStrategy, bool isTypeSolid, PropKindEnum propKind,
// Delegate comparer, bool useRefEquality = false, Type itemType = null)
//{
// MemConsumptionTracker mct = new MemConsumptionTracker(enabled: false);
// if (propKind == PropKindEnum.Prop)
// {
// CreateScalarProp propCreator = GetPropCreator(typeOfThisProperty);
// mct.MeasureAndReport("GetPropCreator", $"for {propertyName}");
// // TODO: This is where strings are parsed to create objects of type T.
// // TODO: This needs more work, to say the least.
// IProp prop = propCreator(this, haveValue: true, value: value, useDefault: useDefault, propertyName: propertyName,
// extraInfo: extraInfo, storageStrategy: storageStrategy, isTypeSolid: isTypeSolid,
// comparer: comparer, useRefEquality: useRefEquality, getDefaultValFunc: null);
// mct.MeasureAndReport("Ran propCreator to get IProp", $"for {propertyName}");
// return prop;
// }
// else if (propKind.IsCollection())
// {
// CreateCPropFromStringDelegate propCreator = GetCPropFromStringCreator(typeOfThisProperty, itemType);
// mct.MeasureAndReport("GetCPropFromStringCreator", $"for {propertyName}");
// IProp prop = propCreator(this, value: value, useDefault: useDefault, propertyName: propertyName,
// extraInfo: extraInfo, storageStrategy: storageStrategy, isTypeSolid: isTypeSolid,
// comparer: comparer, useRefEquality: useRefEquality);
// mct.MeasureAndReport("Ran GetCPropFromStringCreator to get IProp", $"for {propertyName}");
// return prop;
// }
// else
// {
// throw new InvalidOperationException($"PropKind = {propKind} is not recognized or is not supported.");
// }
//}
public virtual IProp CreateGenWithNoValue(Type typeOfThisProperty,
PropNameType propertyName, object extraInfo,
PropStorageStrategyEnum storageStrategy, bool isTypeSolid, PropKindEnum propKind,
Delegate comparer, bool useRefEquality = false, Type itemType = null)
{
MemConsumptionTracker mct = new MemConsumptionTracker(enabled: false);
if (propKind == PropKindEnum.Prop)
{
CreateScalarProp propCreator = GetPropCreator(typeOfThisProperty);
mct.MeasureAndReport("GetPropCreator", $"for {propertyName}");
IProp prop = propCreator(this, haveValue: false, value: null, useDefault: false, propertyName: propertyName,
extraInfo: extraInfo, storageStrategy: storageStrategy, isTypeSolid: isTypeSolid,
comparer: comparer, useRefEquality: useRefEquality, getDefaultValFunc: null);
mct.MeasureAndReport("Ran propCreator to get IProp", $"for {propertyName}");
return(prop);
}
else if (propKind.IsCollection())
{
CreateCPropWithNoValueDelegate propCreator = GetCPropWithNoValueCreator(typeOfThisProperty, itemType);
IProp prop = propCreator(this, propertyName: propertyName,
extraInfo: extraInfo, storageStrategy: storageStrategy, isTypeSolid: isTypeSolid,
comparer: comparer, useRefEquality: useRefEquality);
return(prop);
}
else
{
throw new InvalidOperationException($"PropKind = {propKind} is not recognized or is not supported.");
}
}
//Lazy<IValueConverter> _defaultConverter;
//public virtual Lazy<IValueConverter> DefaultConverter
//{
// get
// {
// if(_defaultConverter == null)
// {
// return new Lazy<IValueConverter>(() => new PropValueConverter());
// }
// return _defaultConverter;
// }
// set
// {
// _defaultConverter = value;
// }
//}
//Func<BindingTarget, MyBindingInfo, Type, string, object> _defConvParamBuilder;
//public virtual Func<BindingTarget, MyBindingInfo, Type, string, object> DefaultConverterParameterBuilder
//{
// get
// {
// if (_defConvParamBuilder == null)
// {
// return OurDefaultConverterParameterBuilder;
// }
// return _defConvParamBuilder;
// }
// set
// {
// _defConvParamBuilder = value;
// }
//}
#endregion
#region Constructor
internal LocalBinder(PSAccessServiceInterface propStoreAccessService, LocalBindingInfo bindingInfo, IReceivePropStoreNodeUpdates storeNodeUpdateReceiver)
{
_propStoreAccessService_wr = new WeakReference <PSAccessServiceInterface>(propStoreAccessService);
_bindingInfo = bindingInfo;
_storeNodeUpdateReceiver = storeNodeUpdateReceiver;
_bindingTarget = new SimpleExKey();
// Get the PropStore Node for the IPropBag object hosting the property that is the target of the binding.
// TODO: Instead of doing this now, create a property that allows us to access upon first access.
_ourNode = GetPropBagNode(propStoreAccessService);
_targetObject = null;
_propertyName = null;
_targetHasStore = PropStorageStrategyEnum.Virtual;
_pathElements = GetPathElements(_bindingInfo, out _isPathAbsolute, out _firstNamedStepIndex);
if (_isPathAbsolute)
{
_rootListener = CreateAndListen(_ourNode, "root", SourceKindEnum.AbsRoot);
}
else
{
_rootListener = null;
}
_pathListeners = new OSCollection <T>();
_isComplete = StartBinding(_targetObject, _pathElements, _pathListeners, _isPathAbsolute);
}
public PropNode CreateAndAdd(IPropDataInternal propData_Internal, PropNameType propertyName, BagNode parent)
{
PropIdType nextPropId = GetNextPropId();
PropNode newPropNode = new PropNode(nextPropId, propData_Internal, parent);
Add(newPropNode);
return(newPropNode);
}
public PropTypedBase(PropNameType propertyName, T initalValue, bool typeIsSolid, IPropTemplate <T> template)
{
PropertyName = propertyName;
_value = initalValue;
TypeIsSolid = typeIsSolid;
ValueIsDefined = true;
_template = template;
}
// With No Value
private static ICProp <CT, T> CreateCPropWithNoValue <CT, T>(IPropFactory propFactory,
bool useDefault,
PropNameType propertyName, object extraInfo,
PropStorageStrategyEnum storageStrategy, bool isTypeSolid,
Delegate comparer, bool useRefEquality = true) where CT : class, IReadOnlyList <T>, IList <T>, IEnumerable <T>, IList, IEnumerable, INotifyCollectionChanged, INotifyPropertyChanged
{
return(propFactory.CreateWithNoValue <CT, T>(propertyName, extraInfo, storageStrategy, isTypeSolid,
GetComparerForCollections <CT>(comparer, propFactory, useRefEquality)));
}
// TODO: Implement Create Collection With Initial Value.
public override ICProp <CT, T> Create <CT, T>(
CT initialValue,
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <CT, CT, bool> comparer)
{
throw new NotImplementedException("PropExtStoreFactory has not implemented the Create Collection Prop with Initial Value.");
}
public CViewSourceProp(PropNameType propertyName, IProvideAView viewProvider, IPropTemplate <CollectionViewSource> template)
: base(propertyName, typeIsSolid: true, template: template)
{
if (_template.StorageStrategy != PropStorageStrategyEnum.Virtual)
{
throw new InvalidOperationException($"CViewSource PropItems only support {nameof(PropStorageStrategyEnum.Virtual)}.");
}
_viewProvider = viewProvider;
}
public abstract IProp <T> CreateWithNoValue <T>
(
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <T, T, bool> comparer,
bool comparerIsRefEquality,
Func <string, T> getDefaultValFunc
);
public PropNoStore(PropNameType propertyName, bool typeIsSolid, IPropTemplate <T> template)
: base(propertyName, typeIsSolid, template)
{
if (template.StorageStrategy == PropStorageStrategyEnum.Internal)
{
throw new InvalidOperationException($"This implementation of IProp<T> does not support the {nameof(PropStorageStrategyEnum.Internal)} StorageStrategy.");
}
_haveFetchedValue = false;
}
public CViewProp(PropNameType propertyName, IProvideAView viewProvider, IPropTemplate <ListCollectionView> template)
: base(propertyName, typeIsSolid: true, template: template)
{
_viewProvider = viewProvider;
if (_viewProvider != null)
{
// TODO: Make this a weak event subscription.
_viewProvider.ViewSourceRefreshed += OurViewProviderGotRefreshed;
}
}
//public override ClrMappedDSP<TDestination> CreateMappedDS<TSource, TDestination>(uint propId, PropKindEnum propKind, IDoCRUD<TSource> dal, IPropStoreAccessService<uint, string> storeAccesor, IPropBagMapper<TSource, TDestination> mapper)
//{
// throw new NotImplementedException();
//}
#endregion
#region Scalar Prop Creation
public override IProp <T> Create <T>(
T initialValue,
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <T, T, bool> comparer,
bool comparerIsRefEquality,
Func <string, T> getDefaultValFunc)
{
throw new InvalidOperationException("External Store Factory doesn't know how to create properties with initial values.");
}
public bool TryGetPropNode(PropNameType propertyName, out PropNode propNode)
{
if (PropItemsByName.TryGetValue(propertyName, out propNode))
{
return(true);
}
else
{
propNode = null;
return(false);
}
}
public bool TryGetPropId(PropNameType propertyName, out PropIdType propId)
{
if (_nameToIdMap.TryGetValue(propertyName, out propId))
{
return(true);
}
else
{
propId = PropIdType.MaxValue;
return(false);
}
}
public object GetDefaultValue(Type propertyType, PropNameType propertyName = null)
{
return(ValueConverter.GetDefaultValue(propertyType, propertyName));
//if (propertyType == null)
//{
// throw new InvalidOperationException($"Cannot manufacture a default value if the type is specified as null for property: {propertyName}.");
//}
//if (propertyType == typeof(PropNameType))
// return null;
//return Activator.CreateInstance(propertyType);
}
public bool TryGetPropertyName(PropIdType propId, out PropNameType propertyName)
{
if (_children.TryGetValue(propId, out PropNode propNode))
{
propertyName = propNode.PropertyName;
return(true);
}
else
{
propertyName = null;
return(false);
}
}
public bool TryGetPropId(PropNameType propertyName, out PropIdType propId)
{
if (PropItemsByName.TryGetValue(propertyName, out PropNode propNode))
{
propId = propNode.PropId;
return(true);
}
else
{
propId = PropIdType.MaxValue;
return(false);
}
}
public override IProp CreateCVSProp(PropNameType propertyName, IProvideAView viewProvider, IPropTemplate propTemplate)
{
IEqualityComparer <CollectionViewSource> comparer = RefEqualityComparer <CollectionViewSource> .Default;
bool comparerIsRefEquality = true;
if (propTemplate == null)
{
propTemplate = GetPropTemplate <CollectionViewSource>(PropKindEnum.CollectionViewSource, PropStorageStrategyEnum.Internal, comparer.Equals, comparerIsRefEquality, null);
}
propTemplate.PropCreator = CookedCVSPropCreator;
ICViewSourceProp <CollectionViewSource> result = new CViewSourceProp(propertyName, viewProvider, (IPropTemplate <CollectionViewSource>)propTemplate);
return(result);
}
public override IProp <T> CreateWithNoValue <T>
(
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <T, T, bool> comparer,
bool comparerIsRefEquality,
Func <string, T> getDefaultValFunc
)
{
IPropTemplate <T> propTemplate = GetPropTemplate <T>(PropKindEnum.Prop, storageStrategy, comparer, comparerIsRefEquality, getDefaultValFunc);
IProp <T> prop;
switch (storageStrategy)
{
case PropStorageStrategyEnum.Internal:
{
// Regular Prop with Internal Storage -- Just don't have a value as yet.
prop = new Prop <T>(propertyName, typeIsSolid, propTemplate);
break;
}
case PropStorageStrategyEnum.External:
{
// Create a Prop that uses an external storage source.
prop = new PropExternStore <T>(propertyName, extraInfo, typeIsSolid, propTemplate);
break;
}
case PropStorageStrategyEnum.Virtual:
{
// This is a Prop that supplies a Virtual (aka Caclulated) value from an internal source or from LocalBindings
// This implementation simply creates a Property that will always have the default value for type T.
prop = new PropNoStore <T>(propertyName, typeIsSolid, propTemplate);
break;
}
default:
{
throw new InvalidOperationException($"{storageStrategy} is not supported or is not recognized.");
}
}
return(prop);
}
public override ICProp <CT, T> CreateWithNoValue <CT, T>
(
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <CT, CT, bool> comparer
)
{
// TODO: Get a real value for comparerIsReqEquality
bool comparerIsRefEquality = false;
IPropTemplate <CT> propTemplate = GetPropTemplate <CT>(PropKindEnum.ObservableCollection, storageStrategy, comparer, comparerIsRefEquality, getDefaultVal: null);
ICProp <CT, T> prop = new CProp <CT, T>(propertyName, typeIsSolid, propTemplate);
return(prop);
}
public PropItemFixedPropertyDescriptor
(
PSFastAccessServiceInterface psFastAccessService,
PropModelType propModel,
PropIdType propId,
PropNameType propertyName,
Type propertyType,
Attribute[] attributes
)
: this
(
GetTdConfig(propModel.ClassName, attributes, propertyName, propertyType),
psFastAccessService,
propModel,
propId
)
{
}
//// CollectionViewSource
//private static IProp CreateCVSProp(IPropFactory propFactory, PropNameType propertyName, IProvideAView viewProvider, IPropTemplate propTemplate)
//{
// return propFactory.CreateCVSProp(propertyName, viewProvider, propTemplate);
//}
//// CollectionView
//private static IProp CreateCVProp(IPropFactory propFactory, PropNameType propertyName, IProvideAView viewProvider, IPropTemplate propTemplate)
//{
// return propFactory.CreateCVProp(propertyName, viewProvider, propTemplate);
//}
#endregion
#region DataSource creators
//// TODO: replace IPropBagMapperGen with a IMapperRequest.
//// So that the Mapper gets created only if it's needed.
//private static IProvideADataSourceProvider CreateMappedDSPProvider<TSource, TDestination>
// (
// IPropFactory propFactory,
// PropIdType propId,
// PropKindEnum propKind,
// object genDal, // presumably, the value of the propItem.
// PSAccessServiceInterface propStoreAccessService,
// IPropBagMapperGen genMapper //, out CrudWithMapping<TSource, TDestination> mappedDs
// ) where TSource : class where TDestination : INotifyItemEndEdit
//{
// // Cast the genDal object back to it's original type.
// IDoCRUD<TSource> dal = (IDoCRUD<TSource>)genDal;
// // Cast the genMapper to it's typed-counterpart (All genMappers also implement IPropBagMapper<TS, TD>
// IPropBagMapper<TSource, TDestination> mapper = (IPropBagMapper<TSource, TDestination>)genMapper;
// // Now that we have performed the type casts, we can call the propFactory using "compile-time" type parameters.
// ClrMappedDSP<TDestination> mappedDSP = propFactory.CreateMappedDS<TSource, TDestination>(propId, propKind, dal, propStoreAccessService, mapper);
// //IProvideADataSourceProvider result = mappedDSP;
// return mappedDSP; // result;
//}
//private static ClrMappedDSP<TDestination> CreateMappedDS_Typed<TSource, TDestination>
// (
// IPropFactory propFactory,
// PropIdType propId,
// PropKindEnum propKind,
// IDoCRUD<TSource> dal,
// PSAccessServiceInterface propStoreAccessService,
// IPropBagMapper<TSource, TDestination> mapper //, out CrudWithMapping<TSource, TDestination> mappedDs
// ) where TSource : class where TDestination : INotifyItemEndEdit
//{
// ClrMappedDSP<TDestination> result = propFactory.CreateMappedDS<TSource, TDestination>(propId, propKind, dal, propStoreAccessService, mapper);
// //mappedDs = null;
// return result;
//}
#endregion
#region Scalar Prop Creation
// From Object
private static IProp <T> CreateProp <T>
(
IPropFactory propFactory,
bool haveValue,
object value,
bool useDefault,
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool isTypeSolid,
Delegate comparer,
bool useRefEquality,
Delegate getDefaultValFunc
)
{
Func <T, T, bool> comparerToUse = GetComparerForProps <T>(comparer, propFactory, useRefEquality);
// If the caller did not provide a function used to get the default value, use the default-value-getter provided by the factory.
Func <string, T> getDefaultValFuncToUse = (Func <string, T>)getDefaultValFunc ?? propFactory.ValueConverter.GetDefaultValue <T>;
if (haveValue || useDefault)
{
T initialValue;
if (useDefault)
{
initialValue = getDefaultValFuncToUse(propertyName);
}
else
{
// TODO: the caller must provide this function the prop factory is not responsible for this.
// The InitialValueField from the PropModel has a Func<object> property that the caller can use.
initialValue = propFactory.GetValueFromObject <T>(value);
}
return(propFactory.Create(initialValue, propertyName, extraInfo, storageStrategy, isTypeSolid,
comparerToUse, useRefEquality, getDefaultValFuncToUse));
}
else
{
return(propFactory.CreateWithNoValue <T>(propertyName, extraInfo, storageStrategy, isTypeSolid,
comparerToUse, useRefEquality, getDefaultValFuncToUse));
}
}
public override IProp <T> Create <T>
(
T initialValue,
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <T, T, bool> comparer,
bool comparerIsRefEquality,
Func <string, T> getDefaultValFunc
)
{
IPropTemplate <T> propTemplate = GetPropTemplate <T>(PropKindEnum.Prop, storageStrategy, comparer, comparerIsRefEquality, getDefaultValFunc);
propTemplate.PropCreator = CookedScalarPropCreator <T>;
IProp <T> prop = new Prop <T>(propertyName, initialValue, typeIsSolid, propTemplate);
return(prop);
}
//Lazy<IValueConverter> _defaultConverter;
//public virtual Lazy<IValueConverter> DefaultConverter
//{
// get
// {
// if(_defaultConverter == null)
// {
// return new Lazy<IValueConverter>(() => new PropValueConverter());
// }
// return _defaultConverter;
// }
// set
// {
// _defaultConverter = value;
// }
//}
//Func<BindingTarget, MyBindingInfo, Type, string, object> _defConvParamBuilder;
//public virtual Func<BindingTarget, MyBindingInfo, Type, string, object> DefaultConverterParameterBuilder
//{
// get
// {
// if (_defConvParamBuilder == null)
// {
// return OurDefaultConverterParameterBuilder;
// }
// return _defConvParamBuilder;
// }
// set
// {
// _defConvParamBuilder = value;
// }
//}
#endregion
#region Constructor
public LocalBinder(PSAccessServiceInterface propStoreAccessService, ExKeyT bindingTarget, LocalBindingInfo bindingInfo)
{
_bindingTarget = bindingTarget;
_bindingInfo = bindingInfo;
// Get the PropStore Node for the IPropBag object hosting the property that is the target of the binding.
BagNode ourNode = GetPropBagNode(propStoreAccessService);
// Get a weak reference to the PropBag hosting the target property.
_targetObject = ourNode.PropBagProxy;
// Get the name of the target property from the PropId given to us.
if (_targetObject.TryGetTarget(out IPropBag propBag))
{
PropIdType propId = _bindingTarget.Level2Key;
_propertyName = GetPropertyName(propStoreAccessService, propBag, propId, out PropStorageStrategyEnum storageStrategy);
if (storageStrategy == PropStorageStrategyEnum.External)
{
throw new InvalidOperationException($"{storageStrategy} is not a supported Prop Storage Strategy when used as a target of a local binding.");
}
// We will update the target property depending on how that PropItem stores its value.
_targetStorageStrategy = storageStrategy;
// Create a instance of our nested, internal class that reponds to Updates to the property store Nodes.
IReceivePropStoreNodeUpdates_PropNode <T> propStoreNodeUpdateReceiver = new PropStoreNodeUpdateReceiver(this);
// Create a new watcher, the bindingInfo specifies the PropItem for which to listen to changes,
// the propStoreNodeUpdateReceiver will be notfied when changes occur.
_localWatcher = new LocalWatcher <T>(propStoreAccessService, bindingInfo, propStoreNodeUpdateReceiver);
}
else
{
// TODO: consider creating a TryCreateLocalBinding to avoid this situation.
System.Diagnostics.Debug.WriteLine("The target was found to have been Garbage Collected when creating a Local Binding.");
}
}
public LocalBinder(PSAccessServiceInterface propStoreAccessService, ExKeyT ownerPropId, LocalBindingInfo bindingInfo)
{
_propStoreAccessService_wr = new WeakReference <PSAccessServiceInterface>(propStoreAccessService);
_bindingTarget = ownerPropId;
_bindingInfo = bindingInfo;
_storeNodeUpdateReceiver = null;
// Get the PropStore Node for the IPropBag object hosting the property that is the target of the binding.
_ourNode = GetPropBagNode(propStoreAccessService);
PropIdType propId = _bindingTarget.Level2Key;
_targetObject = _ourNode.PropBagProxy;
if (_targetObject.TryGetTarget(out IPropBagInternal propBag))
{
_propertyName = GetPropertyName(propStoreAccessService, propBag, propId, out PropStorageStrategyEnum storageStrategy);
_targetHasStore = storageStrategy;
}
_pathElements = GetPathElements(_bindingInfo, out _isPathAbsolute, out _firstNamedStepIndex);
if (_isPathAbsolute)
{
_rootListener = CreateAndListen(_ourNode, "root", SourceKindEnum.AbsRoot);
}
else
{
_rootListener = null;
}
_pathListeners = new OSCollection <T>();
_isComplete = StartBinding(_targetObject, _pathElements, _pathListeners, _isPathAbsolute);
}
public override IProp <T> CreateWithNoValue <T>
(
PropNameType propertyName,
object extraInfo,
PropStorageStrategyEnum storageStrategy,
bool typeIsSolid,
Func <T, T, bool> comparer,
bool comparerIsRefEquality,
Func <string, T> getDefaultValFunc
)
{
IPropTemplate <T> propTemplate = GetPropTemplate <T>(PropKindEnum.Prop, storageStrategy, comparer, comparerIsRefEquality, getDefaultValFunc);
if (storageStrategy == PropStorageStrategyEnum.Internal)
{
propTemplate.PropCreator = CookedScalarPropCreatorNoVal <T>;
}
else
{
propTemplate.PropCreator = CookedScalarPropCreatorNoStore <T>;
}
if (storageStrategy == PropStorageStrategyEnum.Internal)
{
// Regular Prop with Internal Storage -- Just don't have a value as yet.
IProp <T> prop = new Prop <T>(propertyName, typeIsSolid, propTemplate);
return(prop);
}
else
{
// Prop With External Store, or this is a Prop that supplies a Virtual (aka Caclulated) value from an internal source or from LocalBindings
// This implementation simply creates a Property that will always have the default value for type T.
IProp <T> prop = new PropNoStore <T>(propertyName, typeIsSolid, propTemplate);
return(prop);
}
}
void IPropDataInternal.SetTypedProp(PropNameType propertyName, IProp value)
{
TypedProp = value;
IsPropBag = value.PropTemplate.Type.IsPropBagBased();
}
//public IManageTypedCViews<EndEditWrapper<TDestination>, TDestination> TypedCViewManager => throw new NotImplementedException();
#endregion
#region Private Methods
private PropIdType GetPropertyId(PSAccessServiceInterface propStoreAccessService, PropNameType propertyName)
{
if (propStoreAccessService.TryGetPropId(propertyName, out PropIdType propId))
{
return(propId);
}
else
{
throw new InvalidOperationException("Cannot retrieve the Target's property name from the TargetPropId.");
}
}
new public bool TryRemoveProp <T>(PropNameType propertyName)
{
return(base.TryRemoveProp <T>(propertyName));
}
