private void SetValueWithEvents <T>(T property, object newValue, Action <T, Object, Object> action) where T : StructuralProperty
{
var oldValue = GetValue(property);
if (Object.Equals(oldValue, newValue))
{
return;
}
if (!EntityAspect.OnEntityChanging(EntityAction.PropertyChange))
{
return;
}
action(property, newValue, oldValue);
EntityAspect.OnPropertyChanged(this.ParentEntityProperty);
if (this.IsAttached)
{
if (!EntityManager.IsLoadingEntity)
{
if (this.EntityState == EntityState.Unchanged)
{
EntityAspect.SetModified();
}
}
if ((EntityManager.ValidationOptions.ValidationApplicability & ValidationApplicability.OnPropertyChange) > 0)
{
ValidateProperty(property, newValue);
}
}
}
public override void Clear()
{
var oldErrors = this.ToList();
base.Clear();
oldErrors.ForEach(ve => EntityAspect.OnErrorsChanged(ve));
}
private void SetValueWithEvents <T>(T property, object newValue, Action <T, Object, Object> action) where T : StructuralProperty
{
var oldValue = GetValue(property);
if (Object.Equals(oldValue, newValue))
{
return;
}
if (!EntityAspect.OnEntityChanging(EntityAction.PropertyChange))
{
return;
}
action(property, newValue, oldValue);
EntityAspect.OnPropertyChanged(this.ParentEntityProperty);
if (this.IsAttached)
{
if (!EntityManager.IsLoadingEntity)
{
if (this.EntityState == EntityState.Unchanged)
{
EntityAspect.SetModified();
}
}
// TODO: implement this.
//if (entityManager.validationOptions.validateOnPropertyChange) {
// entityAspect._validateProperty(newValue,
// { entity: entity, property: property, propertyName: propPath, oldValue: oldValue });
//}
}
}
private void InitializeEntityKey(EntityAspect aspect)
{
var ek = aspect.EntityKey;
// return properties that are = to defaultValues
var keyProps = aspect.EntityType.KeyProperties;
var keyPropsWithDefaultValues = keyProps
.Zip(ek.Values, (kp, kv) => kp.DefaultValue == kv ? kp : null)
.Where(kp => kp != null);
if (keyPropsWithDefaultValues.Any())
{
if (aspect.EntityType.AutoGeneratedKeyType != AutoGeneratedKeyType.None)
{
GenerateId(aspect.Entity, keyPropsWithDefaultValues.First(p => p.IsAutoIncrementing));
}
else
{
// we will allow attaches of entities where only part of the key is set.
if (keyPropsWithDefaultValues.Count() == ek.Values.Length)
{
throw new Exception("Cannot attach an object of type (" + aspect.EntityType.Name +
") to an EntityManager without first setting its key or setting its entityType 'AutoGeneratedKeyType' property to something other than 'None'");
}
}
}
}
internal void NotifyStateChange(EntityAspect entityAspect, bool needsSave)
{
entityAspect.OnEntityChanged(EntityAction.EntityStateChange);
if (needsSave)
{
SetHasChanges(true);
}
else
{
// called when rejecting a change or merging an unchanged record.
// NOTE: this can be slow with lots of entities in the cache.
if (this._hasChanges)
{
if (this.IsLoadingEntity)
{
this.HasChangesAction = this.HasChangesAction ?? (() => SetHasChanges(null));
}
else
{
SetHasChanges(null);
}
}
}
}
/// <summary>
/// Triggers the EntityChanged event.
/// </summary>
/// <param name="entityAspect">The changed entity's EntityAspect.</param>
/// <param name="entityAction">The action that caused this change.</param>
protected virtual void OnEntityChanged(EntityAspect entityAspect, EntityAction entityAction)
{
if (EntityChanged != null)
{
EntityChanged(this, new EntityChangedEventArgs(entityAspect, entityAction));
}
}
private void RetainDeletedEntityKeys(IEnumerable <object> syncEntities)
{
_deletedEntityKeys = syncEntities
.Where(e => EntityAspect.Wrap(e).EntityState.IsDeleted())
.Select(e => EntityAspect.Wrap(e).EntityKey)
.ToList();
}
SaveResult InsertTestDataBaseLineIntoDb(PersistManager <BloggerContextPg> uut)
{
var blog = new Blog
{
Id = -1,
Url = "www.example.com"
};
var blogEntityAspect = new EntityAspect(blog, EntityState.Added);
var post = new Post
{
BlogId = -1,
Content = "I am content",
Id = -2,
Title = "this is the title",
CreatedAt = Instant.FromUtc(2002, 10, 8, 6, 4)
};
var postEntityAspect = new EntityAspect(post, EntityState.Added);
var saveBundle0 = new ClientSaveBundle();
saveBundle0.AddEntity(blogEntityAspect);
saveBundle0.AddEntity(postEntityAspect);
var parsedSaveBundle = JObject.Parse(saveBundle0.ToJson());
var saveResult = uut.SaveChanges(parsedSaveBundle.ToString());
return(saveResult);
}
internal void NotifyStateChange(EntityAspect entityAspect, bool needsSave)
{
OnEntityChanged(entityAspect.Entity, EntityAction.EntityStateChange);
if (needsSave)
{
if (!this._hasChanges)
{
this._hasChanges = true;
OnHasChangesChanged();
}
}
else
{
// called when rejecting a change or merging an unchanged record.
if (this._hasChanges)
{
// NOTE: this can be slow with lots of entities in the cache.
this._hasChanges = this.HasChangesCore(null);
if (!this._hasChanges)
{
OnHasChangesChanged();
}
}
}
}
private EntityAspect AttachEntityAspect(EntityAspect entityAspect, EntityState entityState)
{
var group = GetEntityGroup(entityAspect.EntityType.ClrType);
group.AttachEntityAspect(entityAspect, entityState);
entityAspect.LinkRelatedEntities();
return(entityAspect);
}
public override void Add(ValidationError item)
{
if (!this.Contains(item))
{
base.Add(item);
EntityAspect.OnErrorsChanged(item);
}
}
public override void OnSaving(TempHireEntities source, EntitySavingEventArgs args)
{
// Add necessary aggregate root object to the save list for validation and concurrency check
List <EntityAspect> rootEas = args.Entities.OfType <IHasRoot>()
.Select(e => EntityAspect.Wrap(e.Root))
.Distinct()
.Where(ea => ea != null && !ea.IsChanged && !ea.IsNullOrPendingEntity)
.ToList();
rootEas.ForEach(ea => ea.SetModified());
rootEas.ForEach(ea => args.Entities.Add(ea.Entity));
}
public override bool Remove(ValidationError item)
{
if (base.Remove(item))
{
EntityAspect.OnErrorsChanged(item);
return(true);
}
else
{
return(false);
}
}
private IEnumerable <String> GetTempNavPropNames(EntityAspect entityAspect)
{
var npNames = entityAspect.EntityType.NavigationProperties.Where(np => {
if (!np.IsScalar)
{
return(false);
}
var val = (IEntity)entityAspect.GetRawValue(np.Name);
return(val != null && val.EntityAspect.HasTemporaryKey);
}).Select(np => np.Name);
return(npNames);
}
private JNode ExportEntityAspectInfo(EntityAspect entityAspect)
{
var jn = new JNode();
var es = entityAspect.EntityState;
jn.AddEnum("entityState", entityAspect.EntityState);
jn.AddArray("tempNavPropNames", GetTempNavPropNames(entityAspect));
if (es.IsModified() || es.IsDeleted())
{
jn.AddMap("originalValuesMap", entityAspect._originalValuesMap);
}
return(jn);
}
public void ClientSaveBundle_EntityAspect_ChangeValue_Test()
{
var originalUrl = "www.oldUrl.com";
var newUrl = "www.newUrl.com";
var blog = new Blog {
Url = originalUrl
};
var blogEntityAspect = new EntityAspect(blog, EntityState.Added);
blogEntityAspect.ChangeValue("Url", newUrl);
blog.Url.Should().Be(newUrl);
blogEntityAspect.OriginalValuesMap.Should()
.Contain(KeyValuePair.Create("Url", originalUrl as object));
}
private void RaiseDataChangedEvent(IEnumerable <object> savedEntities, IEnumerable <EntityKey> deletedEntityKeys)
{
var entityKeys = savedEntities
.Select(e => EntityAspect.Wrap(e).EntityKey)
.Concat(deletedEntityKeys)
.ToList();
if (!entityKeys.Any())
{
return;
}
OnDataChanged(entityKeys);
}
public override bool RemoveKey(string key)
{
var removedError = this[key];
if (removedError != null)
{
base.RemoveKey(key);
EntityAspect.OnErrorsChanged(removedError);
return(true);
}
else
{
return(false);
}
}
internal void CheckStateChange(EntityAspect entityAspect, bool wasUnchanged, bool isUnchanged)
{
if (wasUnchanged)
{
if (!isUnchanged)
{
this.NotifyStateChange(entityAspect, true);
}
}
else
{
if (isUnchanged)
{
this.NotifyStateChange(entityAspect, false);
}
}
}
public override bool ShouldImportEntity(object entity)
{
// Only import if the importing EntityManager holds a copy of the entity or its root aggregate in its cache
if (EntityManager.FindEntity(EntityAspect.Wrap(entity).EntityKey) != null)
{
return(true);
}
var hasRoot = entity as IHasRoot;
if (hasRoot != null)
{
return(EntityManager.FindEntity(EntityAspect.Wrap(hasRoot.Root).EntityKey) != null);
}
return(false);
}
private JNode BuildEntityAspectNode(EntityAspect entityAspect) {
var nc = MetadataStore.Instance.NamingConvention;
var jn = new JNode();
var entityType = entityAspect.EntityType;
jn.AddPrimitive("entityTypeName", entityType.Name);
jn.AddEnum("entityState", entityAspect.EntityState);
jn.AddPrimitive("defaultResourceName", entityType.DefaultResourceName);
jn.AddJNode("originalValuesMap", BuildOriginalValuesMapNode(entityAspect, nc));
var agkType = entityType.AutoGeneratedKeyType;
if (agkType != AutoGeneratedKeyType.None) {
var agkNode = new JNode();
agkNode.AddPrimitive("propertyName", entityType.KeyProperties[0].Name);
agkNode.AddEnum("autoGeneratedKeyType", agkType);
jn.AddJNode("autoGeneratedKey", agkNode);
}
return jn;
}
private void OnSaved(object sender, EntitySavedEventArgs e)
{
try
{
if (!e.HasError)
{
var exportEntities = e.Entities
.Where(entity => SyncInterceptor.ShouldExportEntity(entity) &&
!_deletedEntityKeys
.Contains(EntityAspect.Wrap(entity).EntityKey))
.ToList();
PublishEntities(exportEntities);
}
_deletedEntityKeys = null;
}
finally
{
IsSaving = false;
}
}
public void ClientSaveBundle_EntityAndEntityAspectToJson_Test()
{
var blog = new Blog {
Url = "www.example.com", CreatedAt = Instant.FromUtc(2002, 10, 8, 6, 4)
};
var blogEntityAspect = new EntityAspect(blog, EntityState.Added);
{
var uut = new ClientSaveBundle(pascalCase: false);
var entityWithAspectAsJson = uut.EntityAndEntityAspectToJObject(blog, blogEntityAspect).ToString();
entityWithAspectAsJson.Should().Contain("\"url\": \"www.example.com\",");
Console.WriteLine(entityWithAspectAsJson);
}
{
var uut = new ClientSaveBundle(pascalCase: true);
var entityWithAspectAsJson = uut.EntityAndEntityAspectToJObject(blog, blogEntityAspect).ToString();
entityWithAspectAsJson.Should().Contain("\"Url\": \"www.example.com\",");
}
}
private JNode BuildEntityAspectNode(EntityAspect entityAspect)
{
var nc = entityAspect.EntityManager.MetadataStore.NamingConvention;
var jn = new JNode();
var entityType = entityAspect.EntityType;
jn.AddPrimitive("entityTypeName", entityType.NameOnServer);
jn.AddEnum("entityState", entityAspect.EntityState);
jn.AddPrimitive("defaultResourceName", entityType.DefaultResourceName);
jn.AddJNode("originalValuesMap", BuildOriginalValuesMapNode(entityAspect, nc));
var agkType = entityType.AutoGeneratedKeyType;
if (agkType != AutoGeneratedKeyType.None)
{
var agkNode = new JNode();
agkNode.AddPrimitive("propertyName", entityType.KeyProperties[0].Name);
agkNode.AddEnum("autoGeneratedKeyType", agkType);
jn.AddJNode("autoGeneratedKey", agkNode);
}
return(jn);
}
protected override bool ValidateSave()
{
base.ValidateSave();
// Create a sandbox to do the validation in.
var em = new EntityManager(EntityManager);
em.CacheStateManager.RestoreCacheState(EntityManager.CacheStateManager.GetCacheState());
// Find all entities supporting custom validation
var entities =
em.FindEntities(EntityState.AllButDetached).OfType <EntityBase>().ToList();
foreach (var e in entities)
{
var entityAspect = EntityAspect.Wrap(e);
if (entityAspect.EntityState.IsDeletedOrDetached())
{
continue;
}
var validationErrors = new VerifierResultCollection();
e.Validate(validationErrors);
validationErrors =
new VerifierResultCollection(entityAspect.ValidationErrors.Concat(validationErrors.Errors));
validationErrors.Where(vr => !entityAspect.ValidationErrors.Contains(vr))
.ForEach(entityAspect.ValidationErrors.Add);
if (validationErrors.HasErrors)
{
throw new EntityServerException(validationErrors.Select(v => v.Message).ToAggregateString("\n"),
null,
PersistenceOperation.Save, PersistenceFailure.Validation);
}
}
return(true);
}
/// <summary>
/// Insures that a temporary pk is set if necessary
/// </summary>
/// <param name="aspect"></param>
internal void UpdatePkIfNeeded(EntityAspect aspect)
{
if (KeyGenerator == null)
{
return;
}
var keyProperties = aspect.EntityType.KeyProperties;
foreach (var aProperty in keyProperties)
{
var val = aspect.GetValue(aProperty.Name);
var aUniqueId = new UniqueId(aProperty, val);
// determine if a temp pk is needed.
if (aProperty.IsAutoIncrementing)
{
if (!KeyGenerator.IsTempId(aUniqueId))
{
// generate an id if it wasn't already generated
aUniqueId = GenerateId(aspect.Entity, aProperty);
}
AddToTempIds(aUniqueId);
}
else if (aProperty.DefaultValue == val)
{
// do not call GenerateId unless the developer is explicit or the key is autoincrementing.
}
else
{
// this occurs if GenerateId was called before Attach - it won't have been added to tempIds in this case.
if (KeyGenerator.IsTempId(aUniqueId))
{
AddToTempIds(aUniqueId);
}
}
}
}
private void Validate(EntitySavingEventArgs args)
{
var allValidationErrors = new VerifierResultCollection();
foreach (var entity in args.Entities)
{
var entityAspect = EntityAspect.Wrap(entity);
if (entityAspect.EntityState.IsDeletedOrDetached())
{
continue;
}
var validationErrors = Manager.VerifierEngine.Execute(entity);
foreach (var d in _configuration.Delegates ?? new EntityManagerDelegate <T> [0])
{
d.Validate(entity, validationErrors);
}
// Extract only validation errors
validationErrors = validationErrors.Errors;
validationErrors.Where(vr => !entityAspect.ValidationErrors.Contains(vr))
.ForEach(entityAspect.ValidationErrors.Add);
validationErrors.ForEach(allValidationErrors.Add);
}
if (allValidationErrors.HasErrors)
{
if (!ValidationErrorNotifiers.Any())
{
throw new ValidationException(allValidationErrors.Select(v => v.Message).ToAggregateString("\n"));
}
ValidationErrorNotifiers.ForEach(s => s.OnValidationError(allValidationErrors));
args.Cancel = true;
}
}
internal void MarkTempIdAsMapped(EntityAspect aspect, bool isMapped)
{
var keyProperties = aspect.EntityType.KeyProperties;
foreach (var aProperty in keyProperties)
{
UniqueId aUniqueId = new UniqueId(aProperty, aspect.GetValue(aProperty.Name));
if (isMapped)
{
TempIds.Remove(aUniqueId);
}
else
{
if (KeyGenerator == null)
{
return;
}
if (KeyGenerator.IsTempId(aUniqueId))
{
TempIds.Add(aUniqueId);
}
}
}
}
private void ParseObject(JsonContext jsonContext, EntityAspect targetAspect) {
// backingStore will be null if not allowed to overwrite the entity.
var backingStore = (targetAspect == null) ? null : targetAspect.BackingStore;
var dict = (IDictionary<String, JToken>) jsonContext.JObject;
var structuralType = jsonContext.StructuralType;
dict.ForEach(kvp => {
var key = kvp.Key;
var prop = structuralType.GetProperty(key);
if (prop != null) {
if (prop.IsDataProperty) {
if (backingStore != null) {
var dp = (DataProperty)prop;
if (dp.IsComplexProperty) {
var newCo = (IComplexObject) kvp.Value.ToObject(dp.ClrType);
var co = (IComplexObject)backingStore[key];
var coBacking = co.ComplexAspect.BackingStore;
newCo.ComplexAspect.BackingStore.ForEach(kvp2 => {
coBacking[kvp2.Key] = kvp2.Value;
});
} else {
backingStore[key] = kvp.Value.ToObject(dp.ClrType);
}
}
} else {
// prop is a ComplexObject
var np = (NavigationProperty)prop;
if (kvp.Value.HasValues) {
JsonContext newContext;
if (np.IsScalar) {
var nestedOb = (JObject)kvp.Value;
newContext = new JsonContext() { JObject = nestedOb, ObjectType = prop.ClrType, Serializer = jsonContext.Serializer };
var entity = (IEntity)CreateAndPopulate(newContext);
if (backingStore != null) backingStore[key] = entity;
} else {
var nestedArray = (JArray)kvp.Value;
var navSet = (INavigationSet) TypeFns.CreateGenericInstance(typeof(NavigationSet<>), prop.ClrType);
nestedArray.Cast<JObject>().ForEach(jo => {
newContext = new JsonContext() { JObject=jo, ObjectType = prop.ClrType, Serializer = jsonContext.Serializer };
var entity = (IEntity)CreateAndPopulate(newContext);
navSet.Add(entity);
});
// add to existing nav set if there is one otherwise just set it.
object tmp;
if (backingStore.TryGetValue(key, out tmp)) {
var backingNavSet = (INavigationSet) tmp;
navSet.Cast<IEntity>().ForEach(e => backingNavSet.Add(e));
} else {
navSet.NavigationProperty = np;
navSet.ParentEntity = targetAspect.Entity;
backingStore[key] = navSet;
}
}
} else {
// do nothing
//if (!np.IsScalar) {
// return TypeFns.ConstructGenericInstance(typeof(NavigationSet<>), prop.ClrType);
//} else {
// return null;
//}
}
}
} else {
if (backingStore != null) backingStore[key] = kvp.Value.ToObject<Object>();
}
});
}
private void ParseObject(NodeContext nodeContext, EntityAspect targetAspect) {
// backingStore will be null if not allowed to overwrite the entity.
var backingStore = (targetAspect == null) ? null : targetAspect.BackingStore;
var dict = (IDictionary<String, JToken>) nodeContext.Node;
var structuralType = nodeContext.StructuralType;
// needs to be the current namingConvention
var nc = _mappingContext.EntityManager.MetadataStore.NamingConvention;
dict.ForEach(kvp => {
var key = nc.ServerPropertyNameToClient(kvp.Key, structuralType);
var prop = structuralType.GetProperty(key);
if (prop != null) {
if (prop.IsDataProperty) {
if (backingStore != null) {
var dp = (DataProperty)prop;
if (dp.IsComplexProperty) {
var newCo = (IComplexObject) kvp.Value.ToObject(dp.ClrType);
var co = (IComplexObject)backingStore[key];
var coBacking = co.ComplexAspect.BackingStore;
newCo.ComplexAspect.BackingStore.ForEach(kvp2 => {
coBacking[kvp2.Key] = kvp2.Value;
});
} else {
var val = kvp.Value;
if (val.Type == JTokenType.Null && dp.ClrType != typeof(String) && !TypeFns.IsNullableType(dp.ClrType)) {
// this can only happen if the client is nonnullable but the server is nullable.
backingStore[key] = dp.DefaultValue;
} else if (dp.IsEnumType || (dp.DataType.ClrType == typeof (TimeSpan))) {
backingStore[key] = val.ToObject(dp.ClrType, _customSerializer);
} else {
backingStore[key] = val.ToObject(dp.ClrType);
}
}
}
} else {
// prop is a ComplexObject
var np = (NavigationProperty)prop;
if (kvp.Value.HasValues) {
NodeContext newContext;
if (np.IsScalar) {
var nestedOb = (JObject)kvp.Value;
newContext = new NodeContext() { Node = nestedOb, ObjectType = prop.ClrType, StructuralProperty = np};
var entity = (IEntity)CreateAndPopulate(newContext);
if (backingStore != null) backingStore[key] = entity;
} else {
var nestedArray = (JArray)kvp.Value;
var navSet = (INavigationSet) TypeFns.CreateGenericInstance(typeof(NavigationSet<>), prop.ClrType);
nestedArray.Cast<JObject>().ForEach(jo => {
newContext = new NodeContext() { Node=jo, ObjectType = prop.ClrType, StructuralProperty = np};
var entity = (IEntity)CreateAndPopulate(newContext);
navSet.Add(entity);
});
// add to existing nav set if there is one otherwise just set it.
object tmp;
if (backingStore.TryGetValue(key, out tmp)) {
var backingNavSet = (INavigationSet) tmp;
navSet.Cast<IEntity>().ForEach(e => backingNavSet.Add(e));
} else {
navSet.NavigationProperty = np;
navSet.ParentEntity = targetAspect.Entity;
backingStore[key] = navSet;
}
}
} else {
// do nothing
//if (!np.IsScalar) {
// return TypeFns.ConstructGenericInstance(typeof(NavigationSet<>), prop.ClrType);
//} else {
// return null;
//}
}
}
} else {
if (backingStore != null) backingStore[key] = kvp.Value.ToObject<Object>();
}
});
}
IEnumerable INotifyDataErrorInfo.GetErrors(string propertyName)
{
// parent EntityAspect has all of the errors.
return(EntityAspect.GetValidationErrors(this.GetPropertyPath(propertyName)));
}
private void ParseObject(NodeContext nodeContext, EntityAspect targetAspect)
{
// backingStore will be null if not allowed to overwrite the entity.
var backingStore = (targetAspect == null) ? null : targetAspect.BackingStore;
var dict = (IDictionary <String, JToken>)nodeContext.Node;
var structuralType = nodeContext.StructuralType;
// needs to be the current namingConvention
var nc = _mappingContext.EntityManager.MetadataStore.NamingConvention;
dict.ForEach(kvp => {
var key = nc.ServerPropertyNameToClient(kvp.Key, structuralType);
var prop = structuralType.GetProperty(key);
if (prop != null)
{
if (prop.IsDataProperty)
{
if (backingStore != null)
{
var dp = (DataProperty)prop;
if (dp.IsComplexProperty)
{
var newCo = (IComplexObject)kvp.Value.ToObject(dp.ClrType);
var co = (IComplexObject)backingStore[key];
var coBacking = co.ComplexAspect.BackingStore;
newCo.ComplexAspect.BackingStore.ForEach(kvp2 => {
coBacking[kvp2.Key] = kvp2.Value;
});
}
else
{
var val = kvp.Value;
if (val.Type == JTokenType.Null && dp.ClrType != typeof(String) && !TypeFns.IsNullableType(dp.ClrType))
{
// this can only happen if the client is nonnullable but the server is nullable.
backingStore[key] = dp.DefaultValue;
}
else if (dp.IsEnumType || (dp.DataType.ClrType == typeof(TimeSpan)))
{
backingStore[key] = val.ToObject(dp.ClrType, _customSerializer);
}
else
{
backingStore[key] = val.ToObject(dp.ClrType);
}
}
}
}
else
{
// prop is a ComplexObject
var np = (NavigationProperty)prop;
if (kvp.Value.HasValues)
{
NodeContext newContext;
if (np.IsScalar)
{
var nestedOb = (JObject)kvp.Value;
newContext = new NodeContext()
{
Node = nestedOb, ObjectType = prop.ClrType, StructuralProperty = np
};
var entity = (IEntity)CreateAndPopulate(newContext);
if (backingStore != null)
{
backingStore[key] = entity;
}
}
else
{
var nestedArray = (JArray)kvp.Value;
var navSet = (INavigationSet)TypeFns.CreateGenericInstance(typeof(NavigationSet <>), prop.ClrType);
nestedArray.Cast <JObject>().ForEach(jo => {
newContext = new NodeContext()
{
Node = jo, ObjectType = prop.ClrType, StructuralProperty = np
};
var entity = (IEntity)CreateAndPopulate(newContext);
navSet.Add(entity);
});
// add to existing nav set if there is one otherwise just set it.
object tmp;
if (backingStore.TryGetValue(key, out tmp))
{
var backingNavSet = (INavigationSet)tmp;
navSet.Cast <IEntity>().ForEach(e => backingNavSet.Add(e));
}
else
{
navSet.NavigationProperty = np;
navSet.ParentEntity = targetAspect.Entity;
backingStore[key] = navSet;
}
}
}
else
{
// do nothing
//if (!np.IsScalar) {
// return TypeFns.ConstructGenericInstance(typeof(NavigationSet<>), prop.ClrType);
//} else {
// return null;
//}
}
}
}
else
{
if (backingStore != null)
{
backingStore[key] = kvp.Value.ToObject <Object>();
}
}
});
}
public ValidationErrorCollection(EntityAspect entityAspect)
{
EntityAspect = entityAspect;
}
public EntityFacts(object entity)
{
_entityAspect = EntityAspect.Wrap(entity);
}
