private void PopulateNavigations(EntitySetDataRow row, QueryStructuralValue instance)
{
var entityInstance = instance as QueryEntityValue;
EntitySetData entitySetData = row.Parent;
EntityContainerData containerData = entitySetData.Parent;
foreach (AssociationSet associationSet in containerData.EntityContainer.AssociationSets)
{
foreach (var fromSetEnd in associationSet.Ends.Where(e => e.EntitySet == entitySetData.EntitySet))
{
var fromEntityType = fromSetEnd.AssociationEnd.EntityType;
if (!row.EntityType.IsKindOf(fromEntityType))
{
continue;
}
var toSetEnd = associationSet.GetOtherEnd(fromSetEnd);
this.PopulateNavigateResult(row, entityInstance, associationSet, fromSetEnd, toSetEnd);
// if Navigation property exists, populate it as well
var navProp = row.EntityType.AllNavigationProperties.SingleOrDefault(p => p.Association == associationSet.AssociationType &&
p.ToAssociationEnd == toSetEnd.AssociationEnd);
if (navProp != null)
{
instance.SetValue(navProp.Name, entityInstance.GetNavigateResult(navProp.Association, navProp.ToAssociationEnd));
}
}
}
}
private void CreateRelationships(
EntityContainerData data,
ref int createdEntitiesCount,
ref int createdAssociationsCount)
{
List <RelationshipDescription> relationshipsToCreate;
List <KeyValuePair <EntitySet, EntityType> > entitiesToCreateInCurrentBatch;
int loopCount = 0;
while (this.GetRelationshipsAndEntitiesToCreate(out relationshipsToCreate, out entitiesToCreateInCurrentBatch))
{
loopCount++;
// there are times when relationships are unable to be created for particular entity type graphs
// in these situations this check guards against running infinitely long, adding 20
// ensures that all models get at least 100 loops to generate relationship data, otherwise this
// guard might be too low
if (loopCount > ((this.relationshipSelectors.Count * 4) + 20))
{
throw new TaupoInvalidOperationException("Specified relationship requirements cannot be met. Make sure capacity selectors don't contradict each other.");
}
this.PopulateAssociationSetRows(data, relationshipsToCreate);
createdAssociationsCount += relationshipsToCreate.Count;
foreach (var setTypePair in entitiesToCreateInCurrentBatch)
{
EntitySetDataRow r = this.PopulateNewEntitySetRow(data, setTypePair.Key, setTypePair.Value);
createdEntitiesCount++;
this.ConsiderCandidateForRelationships(r);
}
}
}
private void PopulateAssociationSetRows(EntityContainerData data, IEnumerable <RelationshipDescription> relationshipsToCreate)
{
foreach (RelationshipDescription rd in relationshipsToCreate)
{
AssociationSetDataRow row = data[rd.AssociationSet].AddNewRow();
row.SetRoleKey(rd.ToRoleName, rd.To);
row.SetRoleKey(rd.FromRoleName, rd.From);
}
}
internal EntitySetData(EntityContainerData parent, EntitySet entitySet)
{
this.EntitySet = entitySet;
this.Parent = parent;
this.Rows = new List<EntitySetDataRow>();
var possibleEntityTypes = this.GetAllNonAbstractTypesOfKind(entitySet.EntityType).ToList();
if (possibleEntityTypes.Count == 1)
{
this.singleEntityType = possibleEntityTypes[0];
}
}
private EntitySetDataRow PopulateEntitySetRow(EntityContainerData data, EntitySet entitySet, EntityType entityType, IEnumerable <NamedValue> entityData)
{
EntitySetDataRow row = data[entitySet].AddNewRowOfType(entityType);
foreach (NamedValue namedValue in entityData)
{
row.SetValue(namedValue.Name, namedValue.Value);
}
this.entitySetAndTypeSelector.IncrementCount(entitySet, entityType);
return(row);
}
private void ConvertEntityProperty(SerializableEntity entity, EntityContainerData data, Dictionary <SerializableEntity, EntitySetDataRow> rowMap)
{
var row = rowMap[entity];
foreach (var prop in entity.Properties)
{
var relatedRows = prop.Value as IEnumerable <SerializableEntity>;
var relatedRow = prop.Value as SerializableEntity;
if (relatedRows == null)
{
if (relatedRow != null)
{
relatedRows = new[] { relatedRow };
}
}
if (relatedRows != null)
{
var type = row.EntityType;
var navprop = type.AllNavigationProperties.Single(c => c.Name == prop.Name);
// handle MEST scenario where there are multiple association sets corresponding to a navigation property
var assocSets = data.EntityContainer.AssociationSets.Where(c => c.AssociationType == navprop.Association);
var assocSet = assocSets.Single(set => set.Ends.Any(end => end.AssociationEnd == navprop.FromAssociationEnd && end.EntitySet.Name == entity.EntitySetName));
var associationSetData = data[assocSet];
foreach (var rr in relatedRows)
{
if (!associationSetData.Rows.Where(c => c.GetRoleKey(navprop.FromAssociationEnd.RoleName) == row.Key && c.GetRoleKey(navprop.ToAssociationEnd.RoleName) == rowMap[rr].Key).Any())
{
var associationRow = associationSetData.AddNewRow();
associationRow.SetRoleKey(navprop.FromAssociationEnd.RoleName, row.Key);
associationRow.SetRoleKey(navprop.ToAssociationEnd.RoleName, rowMap[rr].Key);
}
}
}
else
{
// it could still be a null navigation property
var navigation = row.EntityType.AllNavigationProperties.SingleOrDefault(p => p.Name == prop.Name);
if (navigation == null)
{
var namedValue = this.Convert(prop);
row.SetValue(namedValue.Name, namedValue.Value);
}
}
}
}
/// <summary>
/// Factory method that creates a new instance of the QueryRepository.
/// </summary>
/// <param name="entityModelSchema">Entity Model Schema</param>
/// <param name="queryTypeLibrary">Query Type Library</param>
/// <param name="entityContainerData">Entity Container Data</param>
/// <returns>An instance of the QueryRepository class.</returns>
public virtual QueryRepository CreateQueryRepository(EntityModelSchema entityModelSchema, QueryTypeLibrary queryTypeLibrary, EntityContainerData entityContainerData)
{
this.RootDataTypes = new Dictionary<string, QueryStructuralType>();
this.BuildPrimitiveTypes(queryTypeLibrary);
this.BuildRootQueriesAndTypes(entityModelSchema, queryTypeLibrary);
var dataSet = this.DataSetBuilder.Build(this.RootDataTypes, entityContainerData);
this.BuildConstants(queryTypeLibrary, dataSet);
QueryRepository repository = new QueryRepository(queryTypeLibrary, this.RootQueries, this.Constants, this.PrimitiveTypes, this.RootDataTypes, dataSet);
return repository;
}
private void PopulateNavigateResult(EntitySetDataRow row, QueryEntityValue entityInstance, AssociationSet associationSet, AssociationSetEnd fromSetEnd, AssociationSetEnd toSetEnd)
{
EntityContainerData containerData = row.Parent.Parent;
var associationSetData = containerData.GetAssociationSetData(associationSet.Name);
var targetInstanceLookup = this.rowInstances[toSetEnd.EntitySet.Name];
var associatedObjects = associationSetData.Rows
.Where(r => r.GetRoleKey(fromSetEnd.AssociationEnd.RoleName).Equals(row.Key))
.Select(r => targetInstanceLookup[r.GetRoleKey(toSetEnd.AssociationEnd.RoleName)])
.ToArray();
var toEntityType = toSetEnd.AssociationEnd.EntityType;
var toQueryEntityType = this.GetQueryType(toSetEnd.EntitySet.Name, toEntityType);
if (toSetEnd.AssociationEnd.Multiplicity == EndMultiplicity.Many)
{
var collectionType = toQueryEntityType.CreateCollectionType();
var collectionValue = collectionType.CreateCollectionWithValues(associatedObjects);
entityInstance.SetNavigateResult(associationSet.AssociationType, toSetEnd.AssociationEnd, collectionValue);
}
else
{
if (associatedObjects.Length == 0)
{
entityInstance.SetNavigateResult(associationSet.AssociationType, toSetEnd.AssociationEnd, toQueryEntityType.NullValue);
}
else
{
if (associatedObjects.Length != 1)
{
var debugAssociatedValues = string.Join("," + Environment.NewLine, associatedObjects.Select(ao => ao.ToString()));
throw new TaupoInfrastructureException(
string.Format(
CultureInfo.InvariantCulture,
"Found {0} associated objects for {1}.{2}, on Entity Instance {3} associated Objects = {4}",
associatedObjects.Length,
associationSet.AssociationType.FullName,
fromSetEnd.AssociationEnd.RoleName,
entityInstance,
debugAssociatedValues));
}
var targetInstance = associatedObjects.Single();
entityInstance.SetNavigateResult(associationSet.AssociationType, toSetEnd.AssociationEnd, targetInstance);
}
}
}
/// <summary>
/// Adds seed data to the <see cref="EntityContainerData"/> created by this instance by
/// calling <see cref="TryPopulateNextData"/>.
/// </summary>
/// <param name="entitySet">The <see cref="EntitySet"/> to which the new seed instance belongs.</param>
/// <param name="entityType">The <see cref="EntityType"/> of the new seed instance.</param>
/// <param name="entityData">A collection of <see cref="NamedValue"/>s that describe the structural data of the instance.</param>
/// <returns>The <see cref="EntityDataKey"/> that describes the seed instance.</returns>
public EntityDataKey Seed(EntitySet entitySet, EntityType entityType, IEnumerable <NamedValue> entityData)
{
this.CreateEntitySetAndTypeSelectorIfNull();
this.CreateRelationshipSelectorsIfNull();
if (this.seedData == null)
{
this.seedData = new EntityContainerData(this.entityContainer);
}
var seedRow = this.PopulateEntitySetRow(this.seedData, entitySet, entityType, entityData);
this.ConsiderCandidateForRelationships(seedRow);
return(seedRow.Key);
}
/// <summary>
/// Tries to get next data to upload.
/// </summary>
/// <param name="data">The data to upload.</param>
/// <returns>True if there is a data for upload, false otherwise.</returns>
public virtual bool TryPopulateNextData(out EntityContainerData data)
{
ExceptionUtilities.CheckObjectNotNull(this.StructuralDataServices, "StructuralGenerators cannot be null.");
this.CreateEntitySetAndTypeSelectorIfNull();
this.CreateRelationshipSelectorsIfNull();
if (this.seedData != null)
{
data = this.seedData;
this.seedData = null;
}
else
{
data = new EntityContainerData(this.EntityContainer);
}
int createdEntitiesCount = 0, createdAssociationsCount = 0;
this.CreateRelationships(data, ref createdEntitiesCount, ref createdAssociationsCount);
EntitySet entitySet;
EntityType entityType;
while (this.GetNextEntitySetAndTypeToCreate(out entitySet, out entityType))
{
EntitySetDataRow row = this.PopulateNewEntitySetRow(data, entitySet, entityType);
createdEntitiesCount++;
this.ConsiderCandidateForRelationships(row);
this.CreateRelationships(data, ref createdEntitiesCount, ref createdAssociationsCount);
if (createdEntitiesCount >= this.ThresholdForNumberOfEntities && this.ThresholdForNumberOfEntities != -1)
{
break;
}
}
if (this.ReferentialConstraintsResolver != null)
{
this.ReferentialConstraintsResolver.ResolveReferentialConstraints(data);
}
return(createdEntitiesCount > 0 || createdAssociationsCount > 0);
}
/// <summary>
/// Fills a data object with data from a data row
/// </summary>
/// <param name="dr">the data row to fill from</param>
public override void Fill(DataRow dr)
{
ID = DataUtility.GetFromDataRow <long>(dr, "ID");
Created = DataUtility.GetFromDataRow <DateTime>(dr, "Created");
LastRevised = DataUtility.GetFromDataRow <DateTime>(dr, "LastRevised");
Name = DataUtility.GetFromDataRow <string>(dr, "Name");
string mobileContainerJson = DataUtility.GetFromDataRow <string>(dr, "MobileContainers");
dynamic mobileContainers = JsonConvert.DeserializeObject(mobileContainerJson);
foreach (dynamic mobileContainer in mobileContainers)
{
var newContainer = new EntityContainerData <IMobile>();
newContainer.CapacityVolume = mobileContainer.CapacityVolume;
newContainer.CapacityWeight = mobileContainer.CapacityWeight;
newContainer.Name = mobileContainer.Name;
MobileContainers.Add(newContainer);
}
string inanimateContainerJson = DataUtility.GetFromDataRow <string>(dr, "InanimateContainers");
dynamic inanimateContainers = JsonConvert.DeserializeObject(inanimateContainerJson);
foreach (dynamic inanimateContainer in inanimateContainers)
{
var newContainer = new EntityContainerData <IInanimate>();
newContainer.CapacityVolume = inanimateContainer.CapacityVolume;
newContainer.CapacityWeight = inanimateContainer.CapacityWeight;
newContainer.Name = inanimateContainer.Name;
InanimateContainers.Add(newContainer);
}
string internalCompositionJson = DataUtility.GetFromDataRow <string>(dr, "InternalComposition");
InternalComposition = DeserializeInternalCompositions(internalCompositionJson);
Model = new DimensionalModel(dr);
}
/// <summary>
/// Converts the serializable container (WCF proxy classes) into EntityContainerData.
/// </summary>
/// <param name="modelSchema">The model schema.</param>
/// <param name="serializableContainer">The serializable container.</param>
/// <returns>
/// Instance of <see cref="EntityContainerData"/>
/// </returns>
public EntityContainerData Convert(EntityModelSchema modelSchema, SerializableContainer serializableContainer)
{
ExceptionUtilities.CheckArgumentNotNull(modelSchema, "modelSchema");
ExceptionUtilities.CheckArgumentNotNull(serializableContainer, "serializableContainer");
var container = modelSchema.EntityContainers.Single(c => c.Name == serializableContainer.EntityContainerName);
var data = new EntityContainerData(container);
var rowMap = new Dictionary<SerializableEntity, EntitySetDataRow>();
foreach (var entity in serializableContainer.Entities)
{
var setData = data.GetEntitySetData(entity.EntitySetName);
EntitySetDataRow row;
if (entity.Streams != null)
{
var entityType = modelSchema.EntityTypes.Single(t => t.FullName == entity.EntityType);
var rowWithStreams = new EntitySetDataRowWithStreams(setData, entityType);
row = rowWithStreams;
setData.Rows.Add(row);
foreach (var stream in entity.Streams)
{
rowWithStreams.Streams.Add(ConvertStreamData(stream));
}
}
else
{
row = setData.AddNewRowOfType(entity.EntityType);
}
rowMap.Add(entity, row);
}
foreach (var entity in serializableContainer.Entities)
{
this.ConvertEntityProperty(entity, data, rowMap);
}
return data;
}
/// <summary>
/// Converts the serializable container (WCF proxy classes) into EntityContainerData.
/// </summary>
/// <param name="modelSchema">The model schema.</param>
/// <param name="serializableContainer">The serializable container.</param>
/// <returns>
/// Instance of <see cref="EntityContainerData"/>
/// </returns>
public EntityContainerData Convert(EntityModelSchema modelSchema, SerializableContainer serializableContainer)
{
ExceptionUtilities.CheckArgumentNotNull(modelSchema, "modelSchema");
ExceptionUtilities.CheckArgumentNotNull(serializableContainer, "serializableContainer");
var container = modelSchema.EntityContainers.Single(c => c.Name == serializableContainer.EntityContainerName);
var data = new EntityContainerData(container);
var rowMap = new Dictionary <SerializableEntity, EntitySetDataRow>();
foreach (var entity in serializableContainer.Entities)
{
var setData = data.GetEntitySetData(entity.EntitySetName);
EntitySetDataRow row;
if (entity.Streams != null)
{
var entityType = modelSchema.EntityTypes.Single(t => t.FullName == entity.EntityType);
var rowWithStreams = new EntitySetDataRowWithStreams(setData, entityType);
row = rowWithStreams;
setData.Rows.Add(row);
foreach (var stream in entity.Streams)
{
rowWithStreams.Streams.Add(ConvertStreamData(stream));
}
}
else
{
row = setData.AddNewRowOfType(entity.EntityType);
}
rowMap.Add(entity, row);
}
foreach (var entity in serializableContainer.Entities)
{
this.ConvertEntityProperty(entity, data, rowMap);
}
return(data);
}
/// <summary>
/// Builds the <see cref="QueryDataSet"/> from the specified container data and query queryRepository.
/// </summary>
/// <param name="rootDataTypeMap">The collection of rootDataTypes used to build the data set.</param>
/// <param name="entityContainerData">Entity Container Data that contains the information to be used in the QueryDataSet</param>
/// <returns>
/// Instance of <see cref="QueryDataSet"/> with data populated from the containerData
/// </returns>
public override IQueryDataSet Build(IDictionary <string, QueryStructuralType> rootDataTypeMap, EntityContainerData entityContainerData)
{
return(this.BuildQueryDataSetFunc(rootDataTypeMap, entityContainerData));
}
/// <summary>
/// Factory method that creates a new instance of the QueryRepository.
/// </summary>
/// <param name="entityModelSchema">Entity Model Schema</param>
/// <param name="queryTypeLibrary">Query Type Library</param>
/// <param name="entityContainerData">Entity Container Data</param>
/// <returns>An instance of the QueryRepository class.</returns>
public override QueryRepository CreateQueryRepository(EntityModelSchema entityModelSchema, QueryTypeLibrary queryTypeLibrary, EntityContainerData entityContainerData)
{
return this.CreateRepositoryFunc(entityModelSchema, queryTypeLibrary, entityContainerData);
}
/// <summary>
/// Initializes a new instance of the <see cref="ConstraintsResolver"/> class.
/// </summary>
/// <param name="data">The entity container data to resolve referential constraints.</param>
public ConstraintsResolver(EntityContainerData data)
{
this.data = data;
this.Initialize();
}
/// <summary>
/// The configuration of these dependencies will be called from other testcase hierarchies that do not inherit from this class.
/// This method can be used in such hierarchies.
/// </summary>
/// <param name="container">container on which to register impelemntation dependencies</param>
public static void ConfigureDependenciesHelper(DependencyInjectionContainer container)
{
container.Register <IClrTypeReferenceResolver, StronglyTypedClrTypeReferenceResolver>();
container.Register <IObjectLayerCodeGenerator, StronglyTypedObjectLayerCodeGenerator>();
container.Register <IQueryEvaluationStrategy, ClrQueryEvaluationStrategy>();
container.Register <IModelGenerator, ODataV2ModelGenerator>();
container.Register <IWorkspaceBuilder, ODataWorkspaceBuilder>(); // Is this also needed , since we register Custom Resolver below
container.Register <IQueryRepositoryBuilder, AstoriaQueryRepositoryBuilderBase>();
container.Register <IQueryDataSetBuilder, ODataQueryDataSetBuilder>();
container.Register <IResourceLookup, AssemblyResourceLookup>();
container.Register <IStringResourceVerifier, StringResourceVerifier>();
container.Register <IQueryScalarValueToClrValueComparer, QueryScalarValueToClrValueComparer>();
container.Register <IQueryExpressionEvaluator, LinqToAstoriaEvaluator>();
container.Register <IClientCodeLayerGenerator, PocoClientCodeLayerGenerator>();
container.Register <ILinqToAstoriaQueryEvaluationStrategy, LinqToAstoriaClrQueryEvaluationStrategy>();
container.Register <IPrimitiveDataTypeResolver, NullPrimitiveDataTypeResolver>();
container.Register <ILinqResultComparerContextAdapter, ODataObjectResultComparerContextAdapter>();
container.Register <ISpatialClrTypeResolver, SpatialClrTypeResolver>();
container.Register <ISpatialDataTypeDefinitionResolver, SpatialDataTypeDefinitionResolver>();
container.Register <IPayloadTransformFactory, ODataLibPayloadTransformFactory>();
container.RegisterCustomResolver(
typeof(ODataTestWorkspace),
t =>
{
var builder = container.Resolve <ODataWorkspaceBuilder>();
var modelGenerator = container.Resolve <IModelGenerator>();
var workspace = builder.BuildWorkspace(modelGenerator.GenerateModel());
return(workspace);
});
container.RegisterCustomResolver(
typeof(IQueryTypeLibraryBuilder),
queryTypeLibBuilderResolver =>
{
var queryEvaluationStrategy = container.Resolve <ILinqToAstoriaQueryEvaluationStrategy>();
var primitiveTypeResolver = container.Resolve <IPrimitiveDataTypeResolver>();
return(new AstoriaQueryTypeLibraryBuilder(queryEvaluationStrategy, primitiveTypeResolver, new EdmDataTypeResolver()));
});
// IQueryDataSet is built by the repository builder
container.RegisterCustomResolver(
typeof(IQueryDataSet),
t =>
{
var repository = container.Resolve <QueryRepository>();
return(repository.DataSet);
});
container.RegisterCustomResolver(
typeof(QueryTypeLibrary),
queryTypeLib =>
{
var workspace = container.Resolve <ODataTestWorkspace>();
var queryTypeLibraryBuilder = container.Resolve <IQueryTypeLibraryBuilder>();
var queryTypeLibrary = queryTypeLibraryBuilder.BuildLibraryWithoutClrTypeMapping(workspace.ConceptualModel);
if (workspace.ObjectLayerAssembly != null)
{
queryTypeLibrary.UpdateClrTypeMapping(new[] { workspace.ObjectLayerAssembly });
}
return(queryTypeLibrary);
});
container.RegisterCustomResolver(
typeof(EntityContainerData),
t =>
{
// TODO: All Query tests fail when there is actual data, for now starting with empty data
var workspace = container.Resolve <ODataTestWorkspace>();
EntityContainerData data = null;
data = new EntityContainerData(workspace.ConceptualModel.GetDefaultEntityContainer());
//var dataPopulationDriver = container.Resolve<EntityContainerDataPopulationDriver>();
//dataPopulationDriver.ThresholdForNumberOfEntities = -1;
//dataPopulationDriver.EntityContainer = workspace.ConceptualModel.GetDefaultEntityContainer();
//dataPopulationDriver.TryPopulateNextData(out data);
return(data);
});
// QueryRepository is constructed by calling IQueryRepositoryBuilder.CreateQueryRepository
container.RegisterCustomResolver(
typeof(QueryRepository),
t =>
{
var repositoryBuilder = container.Resolve <IQueryRepositoryBuilder>();
var workspace = container.Resolve <ODataTestWorkspace>();
var queryTypeLibrary = container.Resolve <QueryTypeLibrary>();
var entityContaineData = container.Resolve <EntityContainerData>();
var queryRepository = repositoryBuilder.CreateQueryRepository(workspace.ConceptualModel, queryTypeLibrary, entityContaineData);
return(queryRepository);
});
container.RegisterCustomResolver(
typeof(IEntityModelConceptualDataServices),
t =>
{
var workspace = container.Resolve <ODataTestWorkspace>();
// Add data generation hints before creating structural data services
ODataTaupoTestUtils.ResolveDataGenerationHints(workspace.ConceptualModel, container);
var builder = container.Resolve <IEntityModelConceptualDataServicesFactory>();
var services = builder.CreateConceptualDataServices(workspace.ConceptualModel);
ExceptionUtilities.CheckObjectNotNull(services, "Structural data services builder returned null unexpectedly");
return(services);
});
container.RegisterCustomResolver(typeof(IAsyncDataSynchronizer), t => null);
}
/// <summary>
/// Examines the required relationships from <paramref name="source"/> and then populates them in <paramref name="graph"/>.
/// </summary>
/// <param name="graph">The <see cref="List{IEntitySetData}"/> to which to add the new instance.</param>
/// <param name="source">The entity from which to find required relationships and populate them.</param>
/// <param name="sourceEntitySet">The <see cref="EntitySet"/> in which <paramref name="source"/> resides.</param>
/// <param name="sourceEntityType">The <see cref="EntityType"/> of which the <paramref name="source"/> is an instance.</param>
/// <param name="sourceKey">The <see cref="EntityDataKey"/> of the <paramref name="source"/> instance.</param>
/// <param name="data"><see cref="EntityContainerData"/> that contains the structural data from which to create objects.</param>
/// <param name="processedEntities">The entity instances which have been translated from structural data into objects.</param>
/// <param name="processedAssociations">The association instances which have been translated from structural data into calls to <paramref name="connectEntities"/>.</param>
/// <param name="entityCreated">A callback function invoked every time a new entity instance is created and its properties are initialized.</param>
/// <param name="connectEntities">A callback used to connect two objects together. Examples of actions include setting navigation properties,
/// synchronizing FKs to PK values, and/or using the IRelatedEnd or SetLink APIs. The first two parameters are the objects that need to
/// be connected, and the third is the <see cref="RelationshipSide"/> describing the side of the relationship which the first object participates
/// in.</param>
private void CreateGraphCore(
List <IEntitySetData> graph,
IEntitySetData source,
EntitySet sourceEntitySet,
EntityType sourceEntityType,
EntityDataKey sourceKey,
EntityContainerData data,
Dictionary <EntityKey, IEntitySetData> processedEntities,
HashSet <AssociationInstance> processedAssociations,
Action <IEntitySetData> entityCreated,
ConnectEntitiesCallback connectEntities)
{
var requiredRelationships =
from r in sourceEntitySet.Container.RelationshipTypes()
let side = r.Sides.FirstOrDefault(e =>
sourceEntityType.IsKindOf(e.FromEntityType) &&
sourceEntitySet == e.FromEntitySet &&
e.ToMultiplicity == EndMultiplicity.One)
where side != null
select new
{
Relationship = r,
SourceSide = side
};
foreach (var r in requiredRelationships)
{
var relationship = r.Relationship;
var sourceSide = r.SourceSide;
var associationRow = data.GetAssociationSetData(relationship.AssociationSet.Name).Rows
.Single(row => row.GetRoleKey(sourceSide.FromRoleName).Equals(sourceKey));
var targetKey = associationRow.GetRoleKey(sourceSide.ToRoleName);
var targetEntitySet = sourceSide.ToEntitySet;
var targetEntityKey = new EntityKey(targetEntitySet.ContainerQualifiedName, targetKey);
IEntitySetData targetEntity;
if (!processedEntities.TryGetValue(targetEntityKey, out targetEntity))
{
var targetRow = data.GetEntitySetData(targetEntitySet.Name).Rows.Single(row => row.Key.Equals(targetKey));
targetEntity = this.CreateObjectFromRow(targetRow);
if (entityCreated != null)
{
entityCreated(targetEntity);
}
graph.Add(targetEntity);
processedEntities.Add(targetEntityKey, targetEntity);
InvokeConnectEntitiesCallback(source, targetEntity, relationship, sourceSide, processedAssociations, connectEntities);
this.CreateGraphCore(
graph,
targetEntity,
targetEntitySet,
targetRow.EntityType,
targetKey,
data,
processedEntities,
processedAssociations,
entityCreated,
connectEntities);
}
else
{
InvokeConnectEntitiesCallback(source, targetEntity, relationship, sourceSide, processedAssociations, connectEntities);
}
}
}
/// <summary>
/// Adds seed data to the <see cref="EntityContainerData"/> created by this instance by
/// calling <see cref="TryPopulateNextData"/>.
/// </summary>
/// <param name="entitySet">The <see cref="EntitySet"/> to which the new seed instance belongs.</param>
/// <param name="entityType">The <see cref="EntityType"/> of the new seed instance.</param>
/// <param name="entityData">A collection of <see cref="NamedValue"/>s that describe the structural data of the instance.</param>
/// <returns>The <see cref="EntityDataKey"/> that describes the seed instance.</returns>
public EntityDataKey Seed(EntitySet entitySet, EntityType entityType, IEnumerable<NamedValue> entityData)
{
this.CreateEntitySetAndTypeSelectorIfNull();
this.CreateRelationshipSelectorsIfNull();
if (this.seedData == null)
{
this.seedData = new EntityContainerData(this.entityContainer);
}
var seedRow = this.PopulateEntitySetRow(this.seedData, entitySet, entityType, entityData);
this.ConsiderCandidateForRelationships(seedRow);
return seedRow.Key;
}
/// <summary>
/// Builds the <see cref="QueryDataSet"/> from the specified container data and query queryRepository.
/// </summary>
/// <param name="rootDataTypeMap">The collection of rootDataTypes used to build the data set.</param>
/// <param name="entityContainerData">Entity Container Data</param>
/// <returns>
/// Instance of <see cref="QueryDataSet"/> with data populated from the containerData
/// </returns>
public virtual IQueryDataSet Build(IDictionary <string, QueryStructuralType> rootDataTypeMap, EntityContainerData entityContainerData)
{
QueryDataSet dataSet = new QueryDataSet();
this.rootDataTypes = rootDataTypeMap;
this.rowInstances = new Dictionary <string, Dictionary <EntityDataKey, QueryStructuralValue> >();
if (null != entityContainerData)
{
// phase 1 - build stub QueryStructuralValues for each EntityDataSetRow
// and create result collections. We're doing it in two phases so that we
// can set up relationships more easily since all objects
// are guaranteed to exist.
foreach (var entitySet in entityContainerData.EntityContainer.EntitySets)
{
var entitySetData = entityContainerData.GetEntitySetData(entitySet.Name);
var collection = this.BuildStubEntities(entitySetData);
dataSet.RootQueryData[entitySet.Name] = collection;
}
// phase 2 - copy actual data into pre-generated objects
foreach (var entitySet in entityContainerData.EntityContainer.EntitySets)
{
var entitySetData = entityContainerData.GetEntitySetData(entitySet.Name);
this.PopulateObjectInstances(entitySetData);
}
}
return(dataSet);
}
/// <summary>
/// Resolves referential constraint in the <see cref="EntityContainerData"/>.
/// </summary>
/// <param name="data">The entity container data where to resolve referential constraints.</param>
public void ResolveReferentialConstraints(EntityContainerData data)
{
var resolver = new ConstraintsResolver(data);
resolver.Resolve();
}
private void ConvertEntityProperty(SerializableEntity entity, EntityContainerData data, Dictionary<SerializableEntity, EntitySetDataRow> rowMap)
{
var row = rowMap[entity];
foreach (var prop in entity.Properties)
{
var relatedRows = prop.Value as IEnumerable<SerializableEntity>;
var relatedRow = prop.Value as SerializableEntity;
if (relatedRows == null)
{
if (relatedRow != null)
{
relatedRows = new[] { relatedRow };
}
}
if (relatedRows != null)
{
var type = row.EntityType;
var navprop = type.AllNavigationProperties.Single(c => c.Name == prop.Name);
// handle MEST scenario where there are multiple association sets corresponding to a navigation property
var assocSets = data.EntityContainer.AssociationSets.Where(c => c.AssociationType == navprop.Association);
var assocSet = assocSets.Single(set => set.Ends.Any(end => end.AssociationEnd == navprop.FromAssociationEnd && end.EntitySet.Name == entity.EntitySetName));
var associationSetData = data[assocSet];
foreach (var rr in relatedRows)
{
if (!associationSetData.Rows.Where(c => c.GetRoleKey(navprop.FromAssociationEnd.RoleName) == row.Key && c.GetRoleKey(navprop.ToAssociationEnd.RoleName) == rowMap[rr].Key).Any())
{
var associationRow = associationSetData.AddNewRow();
associationRow.SetRoleKey(navprop.FromAssociationEnd.RoleName, row.Key);
associationRow.SetRoleKey(navprop.ToAssociationEnd.RoleName, rowMap[rr].Key);
}
}
}
else
{
// it could still be a null navigation property
var navigation = row.EntityType.AllNavigationProperties.SingleOrDefault(p => p.Name == prop.Name);
if (navigation == null)
{
var namedValue = this.Convert(prop);
row.SetValue(namedValue.Name, namedValue.Value);
}
}
}
}
private void CreateRelationships(
EntityContainerData data,
ref int createdEntitiesCount,
ref int createdAssociationsCount)
{
List<RelationshipDescription> relationshipsToCreate;
List<KeyValuePair<EntitySet, EntityType>> entitiesToCreateInCurrentBatch;
int loopCount = 0;
while (this.GetRelationshipsAndEntitiesToCreate(out relationshipsToCreate, out entitiesToCreateInCurrentBatch))
{
loopCount++;
// there are times when relationships are unable to be created for particular entity type graphs
// in these situations this check guards against running infinitely long, adding 20
// ensures that all models get at least 100 loops to generate relationship data, otherwise this
// guard might be too low
if (loopCount > ((this.relationshipSelectors.Count * 4) + 20))
{
throw new TaupoInvalidOperationException("Specified relationship requirements cannot be met. Make sure capacity selectors don't contradict each other.");
}
this.PopulateAssociationSetRows(data, relationshipsToCreate);
createdAssociationsCount += relationshipsToCreate.Count;
foreach (var setTypePair in entitiesToCreateInCurrentBatch)
{
EntitySetDataRow r = this.PopulateNewEntitySetRow(data, setTypePair.Key, setTypePair.Value);
createdEntitiesCount++;
this.ConsiderCandidateForRelationships(r);
}
}
}
/// <summary>
/// Initializes a new instance of the <see cref="AssociationSetData"/> class.
/// </summary>
/// <param name="parent">The parent entity container data.</param>
/// <param name="associationSet">The association set.</param>
internal AssociationSetData(EntityContainerData parent, AssociationSet associationSet)
{
this.Parent = parent;
this.AssociationSet = associationSet;
this.Rows = new List<AssociationSetDataRow>();
}
private EntitySetDataRow PopulateEntitySetRow(EntityContainerData data, EntitySet entitySet, EntityType entityType, IEnumerable<NamedValue> entityData)
{
EntitySetDataRow row = data[entitySet].AddNewRowOfType(entityType);
foreach (NamedValue namedValue in entityData)
{
row.SetValue(namedValue.Name, namedValue.Value);
}
this.entitySetAndTypeSelector.IncrementCount(entitySet, entityType);
return row;
}
/// <summary>
/// Initializes a new instance of the <see cref="ConstraintsResolver"/> class.
/// </summary>
/// <param name="data">The entity container data to resolve referential constraints.</param>
public ConstraintsResolver(EntityContainerData data)
{
this.data = data;
this.Initialize();
}
private EntitySetDataRow PopulateNewEntitySetRow(EntityContainerData data, EntitySet entitySet, EntityType entityType)
{
var entityData = this.StructuralDataServices.GetStructuralGenerator(entityType.FullName, this.EntityContainer.Name + "." + entitySet.Name).GenerateData();
return(this.PopulateEntitySetRow(data, entitySet, entityType, entityData));
}
/// <summary>
/// Deserialize binary stream to this entity
/// </summary>
/// <param name="bytes">the binary to turn into an entity</param>
/// <returns>the entity</returns>
public override IEntity DeSerialize(byte[] bytes)
{
var entityBinaryConvert = new DataUtility.EntityFileData(bytes);
var xDoc = entityBinaryConvert.XDoc;
var newEntity = new Inanimate();
var versionFormat = xDoc.Root.GetSafeAttributeValue <int>("formattingVersion");
newEntity.BirthMark = xDoc.Root.GetSafeAttributeValue("Birthmark");
newEntity.Birthdate = xDoc.Root.GetSafeAttributeValue <DateTime>("Birthdate");
var internalCompositions = xDoc.Root.Element("BackingData").GetSafeAttributeValue("InternalComposition");
var backingData = new InanimateData(internalCompositions);
backingData.ID = xDoc.Root.Element("BackingData").GetSafeAttributeValue <long>("ID");
backingData.Name = xDoc.Root.Element("BackingData").GetSafeAttributeValue("Name");
backingData.LastRevised = xDoc.Root.Element("BackingData").GetSafeAttributeValue <DateTime>("LastRevised");
backingData.Created = xDoc.Root.Element("BackingData").GetSafeAttributeValue <DateTime>("Created");
foreach (var item in xDoc.Root.Element("BackingData").Element("InanimateContainers").Elements("Item"))
{
var newContainer = new EntityContainerData <IInanimate>();
newContainer.CapacityVolume = item.GetSafeAttributeValue <long>("CapacityVolume");
newContainer.CapacityWeight = item.GetSafeAttributeValue <long>("CapacityWeight");
newContainer.Name = item.GetSafeAttributeValue("Name");
backingData.InanimateContainers.Add(newContainer);
}
//Add a fake entity to get the birthmark over to the next place
foreach (var item in xDoc.Root.Element("BackingData").Element("MobileContainers").Elements("Item"))
{
var newContainer = new EntityContainerData <IMobile>();
newContainer.CapacityVolume = item.GetSafeAttributeValue <long>("CapacityVolume");
newContainer.CapacityWeight = item.GetSafeAttributeValue <long>("CapacityWeight");
newContainer.Name = item.GetSafeAttributeValue("Name");
backingData.MobileContainers.Add(newContainer);
}
//Add a fake entity to get the birthmark over to the next place
foreach (var item in xDoc.Root.Element("MobilesInside").Elements("Item"))
{
var obj = new Intelligence();
obj.BirthMark = item.GetSafeAttributeValue("Birthmark");
var containerName = item.GetSafeAttributeValue("Container");
if (!String.IsNullOrWhiteSpace(containerName))
{
newEntity.MobilesInside.Add(obj, containerName);
}
else
{
newEntity.MobilesInside.Add(obj);
}
}
//Add a fake entity to get the birthmark over to the next place
foreach (var item in xDoc.Root.Element("Contents").Elements("Item"))
{
var obj = new Inanimate();
obj.BirthMark = item.GetSafeAttributeValue("Birthmark");
var containerName = item.GetSafeAttributeValue("Container");
if (!String.IsNullOrWhiteSpace(containerName))
{
newEntity.Contents.Add(obj, containerName);
}
else
{
newEntity.Contents.Add(obj);
}
}
//Add new version transformations here, they are meant to be iterative, hence < 1
Transform_V1(backingData, newEntity, xDoc.Root, versionFormat < 1);
newEntity.DataTemplate = backingData;
//keywords is last
newEntity.Keywords = xDoc.Root.Element("LiveData").Attribute("Keywords").Value.Split(new char[] { ',' });
return(newEntity);
}
/// <summary>
/// Factory method that creates a new instance of the QueryRepository.
/// </summary>
/// <param name="entityModelSchema">Entity Model Schema</param>
/// <param name="queryTypeLibrary">Query Type Library</param>
/// <param name="entityContainerData">Entity Container Data</param>
/// <returns>An instance of the QueryRepository class.</returns>
public override QueryRepository CreateQueryRepository(EntityModelSchema entityModelSchema, QueryTypeLibrary queryTypeLibrary, EntityContainerData entityContainerData)
{
return(this.CreateRepositoryFunc(entityModelSchema, queryTypeLibrary, entityContainerData));
}
/// <summary>
/// Factory method that creates a new instance of the QueryRepository.
/// </summary>
/// <param name="entityModelSchema">Entity Model Schema</param>
/// <param name="queryTypeLibrary">Query Type Library</param>
/// <param name="entityContainerData">Entity Container Data</param>
/// <returns>An instance of the QueryRepository class.</returns>
public virtual QueryRepository CreateQueryRepository(EntityModelSchema entityModelSchema, QueryTypeLibrary queryTypeLibrary, EntityContainerData entityContainerData)
{
this.RootDataTypes = new Dictionary <string, QueryStructuralType>();
this.BuildPrimitiveTypes(queryTypeLibrary);
this.BuildRootQueriesAndTypes(entityModelSchema, queryTypeLibrary);
var dataSet = this.DataSetBuilder.Build(this.RootDataTypes, entityContainerData);
this.BuildConstants(queryTypeLibrary, dataSet);
QueryRepository repository = new QueryRepository(queryTypeLibrary, this.RootQueries, this.Constants, this.PrimitiveTypes, this.RootDataTypes, dataSet);
return(repository);
}
/// <summary>
/// Fills a data object with data from a data row
/// </summary>
/// <param name="dr">the data row to fill from</param>
public override void Fill(DataRow dr)
{
ID = DataUtility.GetFromDataRow<long>(dr, "ID");
Created = DataUtility.GetFromDataRow<DateTime>(dr, "Created");
LastRevised = DataUtility.GetFromDataRow<DateTime>(dr, "LastRevised");
Name = DataUtility.GetFromDataRow<string>(dr, "Name");
string mobileContainerJson = DataUtility.GetFromDataRow<string>(dr, "MobileContainers");
dynamic mobileContainers = JsonConvert.DeserializeObject(mobileContainerJson);
foreach(dynamic mobileContainer in mobileContainers)
{
var newContainer = new EntityContainerData<IMobile>();
newContainer.CapacityVolume = mobileContainer.CapacityVolume;
newContainer.CapacityWeight = mobileContainer.CapacityWeight;
newContainer.Name = mobileContainer.Name;
MobileContainers.Add(newContainer);
}
string inanimateContainerJson = DataUtility.GetFromDataRow<string>(dr, "InanimateContainers");
dynamic inanimateContainers = JsonConvert.DeserializeObject(inanimateContainerJson);
foreach (dynamic inanimateContainer in inanimateContainers)
{
var newContainer = new EntityContainerData<IInanimate>();
newContainer.CapacityVolume = inanimateContainer.CapacityVolume;
newContainer.CapacityWeight = inanimateContainer.CapacityWeight;
newContainer.Name = inanimateContainer.Name;
InanimateContainers.Add(newContainer);
}
string internalCompositionJson = DataUtility.GetFromDataRow<string>(dr, "InternalComposition");
InternalComposition = DeserializeInternalCompositions(internalCompositionJson);
Model = new DimensionalModel(dr);
}
/// <summary>
/// Tries to get next data to upload.
/// </summary>
/// <param name="data">The data to upload.</param>
/// <returns>True if there is a data for upload, false otherwise.</returns>
public virtual bool TryPopulateNextData(out EntityContainerData data)
{
ExceptionUtilities.CheckObjectNotNull(this.StructuralDataServices, "StructuralGenerators cannot be null.");
this.CreateEntitySetAndTypeSelectorIfNull();
this.CreateRelationshipSelectorsIfNull();
if (this.seedData != null)
{
data = this.seedData;
this.seedData = null;
}
else
{
data = new EntityContainerData(this.EntityContainer);
}
int createdEntitiesCount = 0, createdAssociationsCount = 0;
this.CreateRelationships(data, ref createdEntitiesCount, ref createdAssociationsCount);
EntitySet entitySet;
EntityType entityType;
while (this.GetNextEntitySetAndTypeToCreate(out entitySet, out entityType))
{
EntitySetDataRow row = this.PopulateNewEntitySetRow(data, entitySet, entityType);
createdEntitiesCount++;
this.ConsiderCandidateForRelationships(row);
this.CreateRelationships(data, ref createdEntitiesCount, ref createdAssociationsCount);
if (createdEntitiesCount >= this.ThresholdForNumberOfEntities && this.ThresholdForNumberOfEntities != -1)
{
break;
}
}
if (this.ReferentialConstraintsResolver != null)
{
this.ReferentialConstraintsResolver.ResolveReferentialConstraints(data);
}
return createdEntitiesCount > 0 || createdAssociationsCount > 0;
}
/// <summary>
/// Builds the <see cref="QueryDataSet"/> from the specified container data and query queryRepository.
/// </summary>
/// <param name="rootDataTypeMap">The collection of rootDataTypes used to build the data set.</param>
/// <param name="entityContainerData">Entity Container Data that contains the information to be used in the QueryDataSet</param>
/// <returns>
/// Instance of <see cref="QueryDataSet"/> with data populated from the containerData
/// </returns>
public override IQueryDataSet Build(IDictionary<string, QueryStructuralType> rootDataTypeMap, EntityContainerData entityContainerData)
{
return this.BuildQueryDataSetFunc(rootDataTypeMap, entityContainerData);
}
private EntitySetDataRow PopulateNewEntitySetRow(EntityContainerData data, EntitySet entitySet, EntityType entityType)
{
var entityData = this.StructuralDataServices.GetStructuralGenerator(entityType.FullName, this.EntityContainer.Name + "." + entitySet.Name).GenerateData();
return this.PopulateEntitySetRow(data, entitySet, entityType, entityData);
}
/// <summary>
/// Resolves referential constraint in the <see cref="EntityContainerData"/>.
/// </summary>
/// <param name="data">The entity container data where to resolve referential constraints.</param>
public void ResolveReferentialConstraints(EntityContainerData data)
{
var resolver = new ConstraintsResolver(data);
resolver.Resolve();
}
private void PopulateAssociationSetRows(EntityContainerData data, IEnumerable<RelationshipDescription> relationshipsToCreate)
{
foreach (RelationshipDescription rd in relationshipsToCreate)
{
AssociationSetDataRow row = data[rd.AssociationSet].AddNewRow();
row.SetRoleKey(rd.ToRoleName, rd.To);
row.SetRoleKey(rd.FromRoleName, rd.From);
}
}
/// <summary>
/// The configuration of these dependencies will be called from other testcase hierarchies that do not inherit from this class.
/// This method can be used in such hierarchies.
/// </summary>
/// <param name="container">container on which to register impelemntation dependencies</param>
public static void ConfigureDependenciesHelper(DependencyInjectionContainer container)
{
container.Register<IClrTypeReferenceResolver, StronglyTypedClrTypeReferenceResolver>();
container.Register<IObjectLayerCodeGenerator, StronglyTypedObjectLayerCodeGenerator>();
container.Register<IQueryEvaluationStrategy, ClrQueryEvaluationStrategy>();
container.Register<IModelGenerator, ODataV2ModelGenerator>();
container.Register<IWorkspaceBuilder, ODataWorkspaceBuilder>(); // Is this also needed , since we register Custom Resolver below
container.Register<IQueryRepositoryBuilder, AstoriaQueryRepositoryBuilderBase>();
container.Register<IQueryDataSetBuilder, ODataQueryDataSetBuilder>();
container.Register<IResourceLookup, AssemblyResourceLookup>();
container.Register<IStringResourceVerifier, StringResourceVerifier>();
container.Register<IQueryScalarValueToClrValueComparer, QueryScalarValueToClrValueComparer>();
container.Register<IQueryExpressionEvaluator, LinqToAstoriaEvaluator>();
container.Register<IClientCodeLayerGenerator, PocoClientCodeLayerGenerator>();
container.Register<ILinqToAstoriaQueryEvaluationStrategy, LinqToAstoriaClrQueryEvaluationStrategy>();
container.Register<IPrimitiveDataTypeResolver, NullPrimitiveDataTypeResolver>();
container.Register<ILinqResultComparerContextAdapter, ODataObjectResultComparerContextAdapter>();
container.Register<ISpatialClrTypeResolver, SpatialClrTypeResolver>();
container.Register<ISpatialDataTypeDefinitionResolver, SpatialDataTypeDefinitionResolver>();
container.Register<IPayloadTransformFactory, ODataLibPayloadTransformFactory>();
container.RegisterCustomResolver(
typeof(ODataTestWorkspace),
t =>
{
var builder = container.Resolve<ODataWorkspaceBuilder>();
var modelGenerator = container.Resolve<IModelGenerator>();
var workspace = builder.BuildWorkspace(modelGenerator.GenerateModel());
return workspace;
});
container.RegisterCustomResolver(
typeof(IQueryTypeLibraryBuilder),
queryTypeLibBuilderResolver =>
{
var queryEvaluationStrategy = container.Resolve<ILinqToAstoriaQueryEvaluationStrategy>();
var primitiveTypeResolver = container.Resolve<IPrimitiveDataTypeResolver>();
return new AstoriaQueryTypeLibraryBuilder(queryEvaluationStrategy, primitiveTypeResolver, new EdmDataTypeResolver());
});
// IQueryDataSet is built by the repository builder
container.RegisterCustomResolver(
typeof(IQueryDataSet),
t =>
{
var repository = container.Resolve<QueryRepository>();
return repository.DataSet;
});
container.RegisterCustomResolver(
typeof(QueryTypeLibrary),
queryTypeLib =>
{
var workspace = container.Resolve<ODataTestWorkspace>();
var queryTypeLibraryBuilder = container.Resolve<IQueryTypeLibraryBuilder>();
var queryTypeLibrary = queryTypeLibraryBuilder.BuildLibraryWithoutClrTypeMapping(workspace.ConceptualModel);
if (workspace.ObjectLayerAssembly != null)
{
queryTypeLibrary.UpdateClrTypeMapping(new[] { workspace.ObjectLayerAssembly });
}
return queryTypeLibrary;
});
container.RegisterCustomResolver(
typeof(EntityContainerData),
t =>
{
// TODO: All Query tests fail when there is actual data, for now starting with empty data
var workspace = container.Resolve<ODataTestWorkspace>();
EntityContainerData data = null;
data = new EntityContainerData(workspace.ConceptualModel.GetDefaultEntityContainer());
//var dataPopulationDriver = container.Resolve<EntityContainerDataPopulationDriver>();
//dataPopulationDriver.ThresholdForNumberOfEntities = -1;
//dataPopulationDriver.EntityContainer = workspace.ConceptualModel.GetDefaultEntityContainer();
//dataPopulationDriver.TryPopulateNextData(out data);
return data;
});
// QueryRepository is constructed by calling IQueryRepositoryBuilder.CreateQueryRepository
container.RegisterCustomResolver(
typeof(QueryRepository),
t =>
{
var repositoryBuilder = container.Resolve<IQueryRepositoryBuilder>();
var workspace = container.Resolve<ODataTestWorkspace>();
var queryTypeLibrary = container.Resolve<QueryTypeLibrary>();
var entityContaineData = container.Resolve<EntityContainerData>();
var queryRepository = repositoryBuilder.CreateQueryRepository(workspace.ConceptualModel, queryTypeLibrary, entityContaineData);
return queryRepository;
});
container.RegisterCustomResolver(
typeof(IEntityModelConceptualDataServices),
t =>
{
var workspace = container.Resolve<ODataTestWorkspace>();
// Add data generation hints before creating structural data services
ODataTaupoTestUtils.ResolveDataGenerationHints(workspace.ConceptualModel, container);
var builder = container.Resolve<IEntityModelConceptualDataServicesFactory>();
var services = builder.CreateConceptualDataServices(workspace.ConceptualModel);
ExceptionUtilities.CheckObjectNotNull(services, "Structural data services builder returned null unexpectedly");
return services;
});
container.RegisterCustomResolver(typeof(IAsyncDataSynchronizer), t => null);
}