public void Setup()
{
var sources = new IMetadataSource[] { new QueryingMetadataSource() };
var processors = new IMetadataProcessor[] {};
_provider = new MetadataProvider(sources, processors);
}
public static IUnityContainer ConfigureUnity(this IUnityContainer container, MockMessageReceiver receiver, MessageProcessingStage[] stages)
{
var settings = new PerformedOperationsPrimaryFlowProcessorSettings { AppropriatedStages = stages };
var metadataProvider = new MetadataProvider(new IMetadataSource[]
{
new PerformedOperationsMessageFlowsMetadataSource()
},
new IMetadataProcessor[]
{
new ReferencesEvaluatorProcessor()
});
return container
.RegisterContexts()
.RegisterInstance(Mock.Of<ITelemetryPublisher>())
.RegisterType<ITracer, NullTracer>()
.RegisterInstance<IMetadataProvider>(metadataProvider)
.RegisterInstance<IPerformedOperationsFlowProcessorSettings>(settings)
.RegisterInstance(receiver)
.RegisterType<IMessageReceiverFactory, UnityMessageReceiverFactory>(Lifetime.Singleton)
.RegisterType<IMessageFlowProcessorResolveStrategy, Mocks.Processor.PrimaryProcessorResolveStrategy>("primary", Lifetime.Singleton)
.RegisterType<IMessageFlowReceiverResolveStrategy, MockReceiverResolveStrategy>("primary", Lifetime.Singleton)
.RegisterType<IMessageProcessingStagesFactory, UnityMessageProcessingStagesFactory>(Lifetime.Singleton)
.RegisterType<IMessageTransformerFactory, UnityMessageTransformerFactory>(Lifetime.Singleton)
.RegisterType<IMessageFlowProcessorFactory, UnityMessageFlowProcessorFactory>(Lifetime.Singleton)
.RegisterType<IParentContainerUsedRegistrationsContainer, ParentContainerUsedRegistrationsContainer>(Lifetime.Singleton)
.RegisterType<IMessageProcessingHandlerFactory, UnityMessageProcessingHandlerFactory>(Lifetime.PerScope)
.RegisterType<IMessageProcessingContextAccumulatorFactory, UnityMessageProcessingContextAccumulatorFactory>(Lifetime.PerScope);
}
public void NoRegistrationReturnsEmptyMetadata()
{
var sut = new MetadataProvider();
var metadata = sut.Get(typeof(DummyObject));
Assert.True(Metadata.IsEmpty(metadata));
}
public void when_getting_metadata_then_returns_type_name()
{
var provider = new MetadataProvider();
var typeName = typeof(given_a_metadata_provider).Name;
var metadata = provider.GetMetadata(this);
Assert.Contains(typeName, metadata.Values);
Assert.Contains("EventType", metadata.Keys);
}
//*************************************************************************
// Constructor: GraphVertexEdgeBase()
//
/// <summary>
/// Initializes a new instance of the <see cref="GraphVertexEdgeBase" />
/// class.
/// </summary>
///
/// <param name="id">
/// The object's ID. Must be unique among all objects of the same type.
/// </param>
//*************************************************************************
public GraphVertexEdgeBase(
Int32 id
)
{
m_sName = null;
m_iID = id;
m_oMetadataProvider = null;
// AssertValid();
}
public void RegisterForType()
{
var medataData = new GenericMetadata<DummyObject>()
.WithMemberDependency(o => o.Name, o2 => o2.Name)
.WithRuntimeNameProperty(o => o.Name);
var sut = new MetadataProvider();
sut.Register(typeof(DummyObject), medataData);
var actual = sut.Get(typeof(DummyObject));
Assert.Equal(medataData.AsNonGeneric(), actual);
}
public static int Main(string[] args)
{
var arguments = ParseCommandline(args);
using (var container = new UnityContainer())
{
var assembly = Assembly.Load(AssemblyName.GetAssemblyName(args[0]));
var metadataProvider = new MetadataProvider(assembly.GetExportedTypes()
.Where(t => typeof(IMetadataSource).IsAssignableFrom(t))
.Select(x => (IMetadataSource)container.Resolve(x))
.ToArray(),
new IMetadataProcessor[0]);
container.RegisterInstance<IMetadataProvider>(metadataProvider);
container.RegisterType(typeof(ConnectionStringSettingsAspect), assembly.GetExportedTypes().Single(t => typeof(ConnectionStringSettingsAspect).IsAssignableFrom(t)));
container.RegisterType<DataConnectionFactory>();
container.RegisterType<SmoConnectionFactory>();
container.RegisterType<ContextEntityTypesProvider>(new ContainerControlledLifetimeManager());
container.RegisterInstance<CommandlineParameters>(arguments);
string nunitOutputPath;
string isTeamcityString;
bool isTeamcity;
if (arguments.TryGet("teamcity", out isTeamcityString) && bool.TryParse(isTeamcityString, out isTeamcity) && isTeamcity)
{
container.RegisterType<ITestStatusObserver, TeamCityTestStatusObserver>();
}
else if (arguments.TryGet("nunit25-output", out nunitOutputPath) && !string.IsNullOrWhiteSpace(nunitOutputPath))
{
container.RegisterInstance<ITestStatusObserver>(new NUnitTestStatusObserver(nunitOutputPath, assembly));
}
else
{
container.RegisterType<ITestStatusObserver, ConsoleTestStatusObserver>();
}
var createDatabases = container.Resolve<CreateDatabasesCommand>();
var dropDatabases = container.Resolve<DropDatabasesCommand>();
var createSchemata = container.Resolve<CreateDatabaseSchemataCommand>();
var runTests = container.Resolve<RunTestsCommand>();
var validateSchemata = container.Resolve<ValidateDatabaseSchemataCommand>();
dropDatabases.Execute();
createDatabases.Execute();
createSchemata.Execute();
validateSchemata.Execute();
runTests.Execute();
dropDatabases.Execute();
return runTests.AnyFailedTest ? -1 : 0;
}
}
private static bool IsCustomUpdateMethod(MethodInfo method, MetadataProvider metadataProvider)
{
ParameterInfo[] parameters = method.GetParameters();
if (parameters.Length == 0)
{
return(false);
}
if (method.ReturnType != typeof(void))
{
return(false);
}
return(metadataProvider.IsEntityType(parameters[0].ParameterType));
}
/// <inheritdoc />
public ViewDataDictionary([NotNull] ViewDataDictionary source, object model)
: base(source, model)
{
var original = source as ViewDataDictionary <TModel>;
if (original != null)
{
_defaultModelMetadata = original._defaultModelMetadata;
}
else
{
_defaultModelMetadata = MetadataProvider.GetMetadataForType(null, typeof(TModel));
}
}
public DataService(MappingSchema mappingSchema)
{
lock (_cache)
{
if (!_cache.TryGetValue(mappingSchema, out var data))
{
data = Tuple.Create(default(T) !, new MetadataInfo(mappingSchema));
}
_metadata = new MetadataProvider(data.Item2);
_query = new QueryProvider(data.Item2);
_update = new UpdateProvider(data.Item2, _metadata, _query);
}
}
public GenericResponseResult <IDictionary <string, BaseAssociationUpdateResult> > UpdateAssociations(ApplicationMetadata application,
AssociationUpdateRequest request, JObject currentData)
{
var entityMetadata = MetadataProvider.Entity(application.Entity);
var cruddata = EntityBuilder.BuildFromJson <CrudOperationData>(typeof(CrudOperationData), entityMetadata,
application, currentData, request.Id);
if (EagerAssociationTrigger.Equals(request.TriggerFieldName))
{
request.AssociationsToFetch = AssociationHelper.AllButSchema;
return(new GenericResponseResult <IDictionary <string, BaseAssociationUpdateResult> >(BuildAssociationOptions(cruddata, application, request)));
}
return(new GenericResponseResult <IDictionary <string, BaseAssociationUpdateResult> >(DoUpdateAssociation(application, request, cruddata)));
}
//methods
private static void Initialize()
{
if (_initialized)
{
if (_initializeException != null)
{
throw _initializeException;
}
}
else
{
if (_initializeException != null)
{
throw _initializeException;
}
lock (_lock)
{
if (_initialized)
{
if (_initializeException != null)
{
throw _initializeException;
}
}
else
{
try
{
DataModelSection section = ConfigurationManager.GetSection(SectionName) as DataModelSection;
_providers = new ProviderCollection();
//fill providers collection
foreach (ProviderSettings settings in section.Providers)
{
_providers.Add(InstantiateProvider(settings, typeof(MetadataProvider)));
}
_provider = (MetadataProvider)_providers[section.DefaultProvider];
_typeMappings = section.TypeMappings;
}
catch (Exception exception)
{
_initializeException = exception;
throw;
}
_initialized = true;
}
}
}
}
public static void InitializeMetadata(int Timestep, string SpeciesMapFileName, IEnumerable <ISuitabilityParameters> suitabilityParams, ICore mCore)
{
ScenarioReplicationMetadata scenRep = new ScenarioReplicationMetadata()
{
RasterOutCellArea = PlugIn.ModelCore.CellArea,
TimeMin = PlugIn.ModelCore.StartTime,
TimeMax = PlugIn.ModelCore.EndTime //,
//ProjectionFilePath = "Projection.?"
};
Extension = new ExtensionMetadata(mCore)
{
Name = PlugIn.PlugInName,
TimeInterval = Timestep,
ScenarioReplicationMetadata = scenRep
};
//---------------------------------------
// table outputs:
//---------------------------------------
// NONE
//---------------------------------------
// map outputs:
//---------------------------------------
foreach (SuitabilityParameters habitatModel in suitabilityParams)
{
string sppMapPath = MapFileNames.ReplaceTemplateVars(SpeciesMapFileName, habitatModel.HabitatName);
OutputMetadata mapOut_LocalHabitat = new OutputMetadata()
{
Type = OutputType.Map,
Name = ("Local Habitat Map: " + habitatModel.HabitatName),
//sppModel.Name,
FilePath = @sppMapPath,
Map_DataType = MapDataType.Continuous,
Map_Unit = "Habitat Class",
Visualize = true,
};
Extension.OutputMetadatas.Add(mapOut_LocalHabitat);
}
//---------------------------------------
MetadataProvider mp = new MetadataProvider(Extension);
mp.WriteMetadataToXMLFile("Metadata", Extension.Name, Extension.Name);
}
public static string GetEntitiesInternalPath(bool source = false)
{
var baseDirectory = AppDomain.CurrentDomain.BaseDirectory;
var type = source ? "source" : "target";
var propertyname = source ? MetadataProperties.Source : MetadataProperties.Target;
var pattern = ApplicationConfiguration.IsUnitTest ? TestInternalMetadataPattern : InternalMetadataPattern;
var mapping = MetadataProvider.GlobalProperty(propertyname);
if (type == "target" && mapping == null)
{
//as a fallback, we will look for the same file as the source
mapping = MetadataProvider.GlobalProperty("sourcemapping");
}
return(baseDirectory + String.Format(pattern, type, mapping));
}
private ApplicationMetadata DetermineSchemaFromAsset(Entity initialValues)
{
var assetclassstructure = (string)initialValues.GetAttribute("classstructureid");
var completeApplication = MetadataProvider.Application("servicerequest");
if (AssetConstants.PhoneClassStructure.Equals(assetclassstructure))
{
return(completeApplication.ApplyPoliciesWeb(new ApplicationMetadataSchemaKey("phone")));
}
if (IsPrinterAsset(assetclassstructure))
{
return(completeApplication.ApplyPoliciesWeb(new ApplicationMetadataSchemaKey("printer")));
}
return(completeApplication.ApplyPoliciesWeb(new ApplicationMetadataSchemaKey("general")));
}
public void TestFrom()
{
var sliced = SlicedEntityMetadataBuilder.GetInstance(MetadataProvider.Entity("asset"), _schema);
Assert.AreEqual(5, sliced.InnerMetadatas.Count);
var from = QueryFromBuilder.Build(sliced);
Debug.Write(from);
Assert.IsTrue(from.Contains("address as location_shipto_"));
Assert.IsTrue(from.Contains("address as location_billto_"));
Assert.IsTrue(from.Contains("address as location_serv_"));
Assert.IsTrue(from.Contains("on (location_.billtoaddresscode"));
Assert.IsTrue(from.Contains("on (location_.shiptoaddresscode"));
Assert.IsTrue(from.Contains("on (location_.serviceaddresscode"));
}
public void TestSelect4()
{
var schemas = MetadataProvider.Application("imac").Schemas();
var schema = schemas[new ApplicationMetadataSchemaKey("detail", "output", "web")];
var sliced = SlicedEntityMetadataBuilder.GetInstance(MetadataProvider.Entity("imac"), schema);
var select = QuerySelectBuilder.BuildSelectAttributesClause(sliced, QueryCacheKey.QueryMode.Detail);
Debug.Write(select);
Assert.IsFalse(select.Contains("case when imac.serialnum"));
Assert.IsTrue(select.Contains("case when asset_.serialnum"));
var from = QueryFromBuilder.Build(sliced, null);
// Debug.Write(from);
Assert.IsTrue(from.Contains("left join person as asset_aucisowner_person_ on (asset_aucisowner_.personid = asset_aucisowner_person_.personid)"));
}
public TPoco FirstOrDefault <TPoco>(ISqlCommand command)
where TPoco : class
{
return(RetryPolicy.Execute(() =>
{
OpenConnection();
var reader = CreateTextCommand(command)
.ExecuteReader(CommandBehavior.SingleRow);
return MetadataProvider
.CreateMapper <TPoco>(reader)
.MapSingle();
}));
}
public IEnumerable <TPoco> Find <TPoco>(ISqlCommand command)
where TPoco : class
{
return(RetryPolicy.Execute(() =>
{
OpenConnection();
var reader = CreateTextCommand(command)
.ExecuteReader();
return MetadataProvider
.CreateMapper <TPoco>(reader)
.MapQuery();
}));
}
public void ChangeSRUnionSearch()
{
var dto = new SearchRequestDto();
dto.BuildUnionDTO(dto, MetadataProvider.FindSchemaDefinition("change.list"));
var completeOne = MetadataProvider.Application("change");
var metadata = completeOne.ApplyPolicies(new ApplicationMetadataSchemaKey("list"), InMemoryUser.TestInstance(),
ClientPlatform.Web);
ApplicationSchemaDefinition schema;
var sliced = SlicedEntityMetadataBuilder.GetInstance(MetadataProvider.Entity("wochange"), metadata.Schema, 300);
var result = QuerySelectBuilder.BuildSelectAttributesClause(sliced.UnionSchema, QueryCacheKey.QueryMode.Union, dto.unionDTO);
Assert.AreEqual("select null, null, null, null, '-666' as zeroedattr, srforchange.description as hlagchangesummary, srforchange.ticketid as ticketid, asset_.description as asset_description, null, null, CASE WHEN srforchange.PLUSPCUSTOMER IS NOT NULL AND srforchange.PLUSPCUSTOMER = 'HLC-00' then 'HLAG' WHEN srforchange.PLUSPCUSTOMER IS NOT NULL AND LENGTH(srforchange.PLUSPCUSTOMER) >= 3 THEN SUBSTR(srforchange.PLUSPCUSTOMER, LENGTH(srforchange.PLUSPCUSTOMER) - 2, 3) ELSE '' END as hlagpluspcustomer, CASE WHEN LOCATE('@',srforchange.REPORTEDBY) > 0 THEN SUBSTR(srforchange.REPORTEDBY,1,LOCATE('@',srforchange.REPORTEDBY)-1) ELSE srforchange.REPORTEDBY END as hlagreportedby, srforchange.status as status ", result);
}
private IApplicationResponse Get(string application, [FromUri] DataRequestAdapter request)
{
var user = SecurityFacade.CurrentUser();
if (null == user)
{
throw new HttpResponseException(HttpStatusCode.Unauthorized);
}
var applicationMetadata = MetadataProvider
.Application(application)
.ApplyPolicies(request.Key, user, ClientPlatform.Web);
return(((BaseApplicationDataSet)_dataSetProvider.LookupDataSet(application)).Get(applicationMetadata, user, request));
}
public void HandleEvent(ApplicationStartedEvent eventToDispatch)
{
var before = new Stopwatch();
var applications = MetadataProvider.Applications();
var completeApplicationMetadataDefinitions = applications as CompleteApplicationMetadataDefinition[] ?? applications.ToArray();
ISet <String> namesToRegister = new HashedSet <string>();
AddAllApplicationsAndUsedEntities(namesToRegister, completeApplicationMetadataDefinitions);
foreach (var name in namesToRegister)
{
_facade.Register(name, "", null, false);
}
_log.Info(LoggingUtil.BaseDurationMessage("finished registering whereclauses in {0}", before));
}
public string GetValue(string propName)
{
var entityMetadata = MetadataProvider.Entity(EntityName);
var searchRequestDto = SearchRequestDto.GetFromDictionary(new Dictionary <string, string>()
{
{ "propname", propName }
});
searchRequestDto.AppendProjectionField(new ProjectionField("propname", "propname"));
searchRequestDto.AppendProjectionField(new ProjectionField("propvalue", "propvalue"));
var list = EntityRepository.Get(entityMetadata, searchRequestDto);
var result = list.FirstOrDefault();
return(result == null ? null : (string)result.GetAttribute("propvalue"));
}
private void DeleteItem(string itemId, string itemText, string configId, string metadataType)
{
if (string.IsNullOrEmpty(itemId) == false &&
string.IsNullOrEmpty(configId) == false
&&
MessageBox.Show(string.Format(Resources.DocumentDesignerDeleteQuestion, itemText), GetView().GetText(),
MessageBoxButton.YesNo, MessageBoxImage.Question) == MessageBoxResult.Yes)
{
var dataProvider = new MetadataProvider(metadataType);
dataProvider.SetConfigId(configId);
dataProvider.DeleteItem(itemId);
InvokeUpdateItems();
}
}
public DynamicTypeDefinition GetDynamicTypeDefinition(String tableName)
{
if (_tableNameTypes.TryGetValue(tableName, out Type dynamicTypeType))
{
return(GetDynamicTypeDefinition(dynamicTypeType));
}
dynamicTypeType = GetDynamicTypeType();
String entityName = MetadataProvider.GetEntityName(tableName);
var dynamicTypeDefinition = new DynamicTypeDefinition(dynamicTypeType, entityName, tableName);
_tableNameTypes.Add(tableName, dynamicTypeType);
_dynamicTypeDefinitions.Add(dynamicTypeType, dynamicTypeDefinition);
return(dynamicTypeDefinition);
}
public async Task ShouldInclude_NotMappedProperties_Test()
{
var entityConfigStore = Resolve <IEntityConfigurationStore>();
var metadataProvider = new MetadataProvider(entityConfigStore);
var properties = metadataProvider.GetProperties(typeof(EntityWithReadonlyProp));
var includesCalculatedReadonly = properties.Any(p => p.Path == nameof(EntityWithReadonlyProp.CalculatedReadonly));
Assert.True(includesCalculatedReadonly, $"Calculated readonly property '{nameof(EntityWithReadonlyProp.CalculatedReadonly)}' must be included into metadata");
var includesNotMappedReadWrite = properties.Any(p => p.Path == nameof(EntityWithReadonlyProp.NotMappedReadWrite));
Assert.True(includesNotMappedReadWrite, $"Calculated not mapped read/write property '{nameof(EntityWithReadonlyProp.NotMappedReadWrite)}' must be included into metadata");
}
public void MetadataProvider_RetrieveObjectDefinitions_Test()
{
//arrange
MetadataProvider provider = new MetadataProvider();
//act
//call using default parameters
IEnumerable <IObjectDefinition> entities = provider.RetrieveObjectDefinitions();
//assert:
//use linq to pull out the full name and make sure it matches:
Assert.AreEqual(2, entities.Count());
Assert.AreEqual("Registrant", entities.FirstOrDefault(entitiy => entitiy.FullName == "Registrant").FullName);
Assert.AreEqual("Webinar", entities.FirstOrDefault(entity => entity.FullName == "Webinar").FullName);
}
public void MetadataProvider_RetrieveActionDefinitions_Test()
{
//arrange:
MetadataProvider provider = new MetadataProvider();
//act
IEnumerable <IActionDefinition> actions = provider.RetrieveActionDefinitions();
//assert:
Assert.AreEqual(2, actions.Count());
//Extract by the name, match by the Enum
Assert.AreEqual(KnownActions.Create, actions.FirstOrDefault(action => action.FullName == "Create").KnownActionType);
Assert.AreEqual(KnownActions.Query, actions.FirstOrDefault(action => action.FullName == "Query").KnownActionType);
}
public string BuildWhereClause(string entityName, QueryCacheKey.QueryMode queryMode, SearchRequestDto searchDto = null)
{
var entity = MetadataProvider.Entity(entityName);
if (!entity.Schema.Attributes.Any(a => a.Name.Equals("pluspcustomer")))
{
return(null);
}
var property = MetadataProvider.GlobalProperty("multitenantprefix");
if (property == null)
{
return(null);
}
return(String.Format("{0}.pluspcustomer like '{1}'", entityName, property));
}
public String ValidateContraint(softWrench.sW4.Security.Entities.DataConstraint constraint)
{
try {
var entityMetadata = MetadataProvider.Entity(constraint.EntityName);
if (entityMetadata == null)
{
return(String.Format("EntityName {0} not found, unable to apply constraint", constraint.EntityName));
}
var query = new EntityQueryBuilder().CountRowsFromConstraint(entityMetadata, constraint);
_dao.FindByNativeQuery(query.Sql, query.Parameters);
return(null);
}
catch (Exception e) {
return(String.Format("error saving constraint {0}.Cause:{1}", constraint.WhereClause, e.Message));
}
}
public void IncidentHardwareReport()
{
var dto = new SearchRequestDto();
dto.AppendProjectionField(ProjectionField.Default("asset_assetloccomm_commoditiesownedby_.description"));
dto.AppendProjectionField(ProjectionField.Default("asset_assetloccomm_.commodity"));
var completeOne = MetadataProvider.Application("incident");
var metadata = completeOne.ApplyPolicies(new ApplicationMetadataSchemaKey("hardwarerepair"), InMemoryUser.TestInstance(),
ClientPlatform.Web);
ApplicationSchemaDefinition schema;
var sliced = SlicedEntityMetadataBuilder.GetInstance(MetadataProvider.Entity("incident"), metadata.Schema);
var result = QueryFromBuilder.Build(sliced, dto);
Assert.AreEqual("from incident as incident left join asset as asset_ on (incident.assetnum = asset_.assetnum and incident.siteid = asset_.siteid)left join assetloccomm as asset_assetloccomm_ on (asset_.assetnum = asset_assetloccomm_.assetnum and asset_.siteid = asset_assetloccomm_.siteid)left join commodities as asset_assetloccomm_commoditiesownedby_ on (asset_assetloccomm_.commodity = asset_assetloccomm_commoditiesownedby_.commodity and asset_assetloccomm_.itemsetid = asset_assetloccomm_commoditiesownedby_.itemsetid and (asset_assetloccomm_commoditiesownedby_.description like 'Asset owened by%'))", result);
}
public AttributeHolder ById(string documentId)
{
var entityMetadata = MetadataProvider.Entity(EntityName);
var searchRequestDto = SearchRequestDto.GetFromDictionary(new Dictionary <string, string>()
{
{ "docinfoid", documentId }
});
searchRequestDto.AppendProjectionField(new ProjectionField("urlname", "urlname"));
searchRequestDto.AppendProjectionField(new ProjectionField("document", "document"));
searchRequestDto.AppendProjectionField(new ProjectionField("docinfoid", "docinfoid"));
var list = EntityRepository.Get(entityMetadata, searchRequestDto);
var result = list.FirstOrDefault();
return(result);
}
public ActionResult UploadBlob()
{
try
{
MetadataProvider metadataProvider = new MetadataProvider();
var metaData = metadataProvider.RetrieveProjectMetadataViaAPIAsync(Guid.Empty).Result;
SaveMetadataToBlob(metaData);
TempData["Message"] = "Blob has been uploded sucessfully";
}
catch
{
return(Json("error"));
}
return(Json("Success"));
}
private static IEnumerable <EntityAssociation> FilterByProjectionAndRestrictions(IEnumerable <EntityAssociation> usedAssociations,
IEnumerable <string> fieldsToConsider, string prefix = null)
{
ISet <EntityAssociation> associations = new HashSet <EntityAssociation>();
var entityAssociations = usedAssociations as EntityAssociation[] ?? usedAssociations.ToArray();
foreach (var @alias in fieldsToConsider)
{
if ([email protected]('.'))
{
//this won´t impact the relationships, so just continue...
continue;
}
var relName = EntityUtil.GetRelationshipName(@alias);
if (relName.IndexOf('_') == relName.LastIndexOf('_'))
{
var association = entityAssociations.FirstOrDefault(a => a.Qualifier == relName);
if (association != null)
{
associations.Add(association);
}
}
else
{
var clonedRelName = @alias;
var firstIdx = clonedRelName.IndexOf('_');
var before = EntityUtil.GetRelationshipName(clonedRelName.Substring(0, firstIdx));
var after = clonedRelName.Substring(firstIdx + 1);
var association = entityAssociations.FirstOrDefault(a => a.Qualifier == before);
if (association != null)
{
var firstEntity = MetadataProvider.Entity(association.To);
var innerAssociations = FilterByProjectionAndRestrictions(firstEntity.Associations, new List <string>()
{
after
});
associations.Add(association);
foreach (var innerAssociation in innerAssociations)
{
associations.Add(innerAssociation.CloneWithContext(before));
}
}
}
}
return(associations);
}
public static ApplicationMetadata GetAssociationApplicationMetadata(ApplicationAssociationDefinition association)
{
// See if association has a schema defined
string optionApplication;
string optionSchemaId;
association.Schema.RendererParameters.TryGetValue("application", out optionApplication);
association.Schema.RendererParameters.TryGetValue("schemaId", out optionSchemaId);
if (!String.IsNullOrWhiteSpace(optionApplication) && !String.IsNullOrWhiteSpace(optionSchemaId))
{
return(MetadataProvider
.Application(optionApplication)
.ApplyPolicies(new ApplicationMetadataSchemaKey(optionSchemaId), SecurityFacade.CurrentUser(), ClientPlatform.Web));
}
return(null);
}
/// <summary>
/// Creates and returns the metadata provider for the specified DataController Type.
/// </summary>
/// <param name="dataControllerType">The DataController Type.</param>
/// <returns>The metadata provider.</returns>
internal static MetadataProvider CreateMetadataProvider(Type dataControllerType)
{
// construct a list of all types in the inheritance hierarchy for the controller
List <Type> baseTypes = new List <Type>();
Type currType = dataControllerType;
while (currType != typeof(DataController))
{
baseTypes.Add(currType);
currType = currType.BaseType;
}
// create our base reflection provider
List <MetadataProvider> providerList = new List <MetadataProvider>();
ReflectionMetadataProvider reflectionProvider = new ReflectionMetadataProvider();
// Set the IsEntity function which consults the chain of providers.
Func <Type, bool> isEntityTypeFunc = (t) => providerList.Any(p => p.LookUpIsEntityType(t));
reflectionProvider.SetIsEntityTypeFunc(isEntityTypeFunc);
// Now from most derived to base, create any declared metadata providers,
// chaining the instances as we progress. Note that ordering from derived to
// base is important - we want to ensure that any providers the user has placed on
// their DataController directly come before any DAL providers.
MetadataProvider currProvider = reflectionProvider;
providerList.Add(currProvider);
for (int i = 0; i < baseTypes.Count; i++)
{
currType = baseTypes[i];
// Reflection rather than TD is used here so we only get explicit
// Type attributes. TD inherits attributes by default, even if the
// attributes aren't inheritable.
foreach (MetadataProviderAttribute providerAttribute in
currType.GetCustomAttributes(typeof(MetadataProviderAttribute), false))
{
currProvider = providerAttribute.CreateProvider(dataControllerType, currProvider);
currProvider.SetIsEntityTypeFunc(isEntityTypeFunc);
providerList.Add(currProvider);
}
}
return(currProvider);
}
public void TestInverseRelationship()
{
// var dto = new SearchRequestDto();
// var completeOne = MetadataProvider.Application("change");
// var metadata = completeOne.ApplyPolicies(new ApplicationMetadataSchemaKey("list"), InMemoryUser.TestInstance(),
// ClientPlatform.Web);
// ApplicationSchemaDefinition schema;
// var sliced = SlicedEntityMetadataBuilder.GetInstance(MetadataProvider.Entity("change"), metadata.Schema);
// var result = QueryFromBuilder.Build(MetadataProvider.Entity("wochange"), dto);
var dto = new SearchRequestDto();
dto.AppendProjectionField(ProjectionField.Default("sr_.description"));
var result = QueryFromBuilder.Build(MetadataProvider.Entity("wochange"), dto);
Assert.AreEqual("from wochange as wochange left join SR as sr_ on (wochange.origrecordid = sr_.ticketid and wochange.origrecordclass = 'SR' and wochange.woclass = 'CHANGE')", result);
}
public void ShouldProcessFactAccordingToPriority()
{
//arrange
var factProcessor = new Mock<IFactProcessor>();
factProcessor.Setup(x => x.ApplyChanges(It.IsAny<IReadOnlyCollection<long>>()))
.Returns(new IOperation[0]);
var provider = new MetadataProvider(new[] { new FactsReplicationMetadataSource() }, new IMetadataProcessor[0]);
var factoryInvocationOrder = new List<Type>();
var factProcessorFactory = new Mock<IFactProcessorFactory>();
factProcessorFactory.Setup(x => x.Create(It.IsAny<IMetadataElement>()))
.Callback<IMetadataElement>(element =>
{
var type = element.GetType().GenericTypeArguments[0];
factoryInvocationOrder.Add(type);
})
.Returns(factProcessor.Object);
var transformation = new FactsReplicator(Mock.Of<ITracer>(),
Mock.Of<IReplicationSettings>(),
provider,
factProcessorFactory.Object,
new CustomerIntelligenceFactTypePriorityComparer());
SourceDb.Has(new Erm::Firm { Id = 2 })
.Has(new Erm::FirmAddress { Id = 1, FirmId = 1 }, new Erm::FirmAddress { Id = 2, FirmId = 2 });
TargetDb.Has(new Facts::Firm { Id = 1 });
var inputOperations = new[]
{
new FactOperation(typeof(Facts::FirmAddress), 1),
new FactOperation(typeof(Facts::Firm), 2),
new FactOperation(typeof(Facts::FirmAddress), 2),
};
//act
transformation.Replicate(inputOperations);
//assert
Assert.That(factoryInvocationOrder.Count, Is.EqualTo(2));
Assert.That(factoryInvocationOrder[0], Is.EqualTo(typeof(Facts::Firm)));
Assert.That(factoryInvocationOrder[1], Is.EqualTo(typeof(Facts::FirmAddress)));
}
public void RegisterForBaseAndDerived()
{
var metadataForBase = new GenericMetadata<DummyObject>()
.WithRuntimeNameProperty(o => o.Name);
var metadataForDerived = new GenericMetadata<DummyClass>()
.WithMemberDependency(d => d.Item, d => d.Child);
var sut = new MetadataProvider();
sut.Register(typeof(DummyObject), metadataForBase);
sut.Register(typeof(DummyClass), metadataForDerived);
var expected = new Metadata
{
RuntimePropertyName = "Name",
PropertyDependencies = new DependencyRegistrations { new DependencyRegistration("Item", "Child") }
};
var actual = sut.Get(typeof(DummyClass));
Assert.Equal(expected, actual);
}
TestSetGetValue5()
{
// Add N keys for each of N MetadataProvider objects, ask for same keys
// in reverse order.
// Create an array of keys.
const Int32 Keys = 10;
String [] asKeys = new String[Keys];
for (Int32 i = 0; i < Keys; i++)
{
asKeys[i] = Guid.NewGuid().ToString();
}
// Create an array of MetadataProvider objects.
const Int32 MetadataProviderObjects = 10000;
MetadataProvider [] aoMetadataProvider =
new MetadataProvider[MetadataProviderObjects];
for (Int32 j = 0; j < MetadataProviderObjects; j++)
{
aoMetadataProvider[j] = new MetadataProvider();
}
// Add a value for each key. The value is just the key with appended
// indexes.
for (Int32 j = 0; j < MetadataProviderObjects; j++)
{
MetadataProvider oMetadataProvider = aoMetadataProvider[j];
for (Int32 i = 0; i < Keys; i++)
{
String sKey = asKeys[i];
oMetadataProvider.SetValue(
sKey, sKey + i.ToString() + j.ToString() );
}
}
// Retrieve the values.
Boolean bContainsKey;
for (Int32 j = MetadataProviderObjects - 1; j >= 0; j--)
{
MetadataProvider oMetadataProvider = aoMetadataProvider[j];
for (Int32 i = Keys - 1; i >= 0; i--)
{
String sKey = asKeys[i];
bContainsKey = oMetadataProvider.ContainsKey(sKey);
Assert.IsTrue(bContainsKey);
Object oValue;
Assert.IsTrue( oMetadataProvider.TryGetValue(
sKey, out oValue) );
Assert.IsTrue(oValue is String);
Assert.AreEqual(sKey + i.ToString() + j.ToString(),
(String)oValue);
}
// Ask for a non-existent value.
bContainsKey = oMetadataProvider.ContainsKey("nHnHn");
Assert.IsFalse(bContainsKey);
}
// Create another MetadataProvider object and verify that it contains
// no keys.
MetadataProvider oMetadataProviderNoKeys = new MetadataProvider();
for (Int32 i = 0; i < Keys; i++)
{
String sKey = asKeys[i];
bContainsKey = oMetadataProviderNoKeys.ContainsKey(sKey);
Assert.IsFalse(bContainsKey);
Object oValue;
Assert.IsFalse( m_oMetadataProvider.TryGetValue(
sKey, out oValue) );
}
}
//*************************************************************************
// Method: SetValue
//
/// <summary>
/// Sets the metadata value associated with a specified key.
/// </summary>
///
/// <param name="key">
/// The value's key. Can't be null or empty, and can't start with a
/// tilde (~). If the key already exists, its value gets overwritten.
/// </param>
///
/// <param name="value">
/// The value to set. Can be null.
/// </param>
///
/// <remarks>
/// The application can store arbitrary metadata by adding key/value pairs
/// via <see cref="SetValue(String, Object)" />. The values can be
/// retrieved with <see cref="GetValue(String)" /> or one of its variants.
/// The keys are of type <see cref="String" /> and the values are of type
/// <see cref="Object" />.
///
/// <para>
/// If you want to store just a single metadata object, use the <see
/// cref="Tag" /> property instead.
/// </para>
///
/// <para>
/// Keys that start with a tilde (~) are reserved by the NodeXL system for
/// internal use.
/// </para>
///
/// </remarks>
///
/// <seealso cref="ContainsKey" />
/// <seealso cref="TryGetValue(String, out Object)" />
/// <seealso cref="GetRequiredValue(String, Type)" />
/// <seealso cref="GetValue(String)" />
/// <seealso cref="Tag" />
//*************************************************************************
public void SetValue(
String key,
Object value
)
{
AssertValid();
const String MethodName = "SetValue";
CheckClientKey(MethodName, key);
if (m_oMetadataProvider == null)
{
m_oMetadataProvider = new MetadataProvider();
}
m_oMetadataProvider.SetValue(key, value);
}
public MockMetadataProvider()
{
m_iID = m_iNextID;
m_iNextID++;
m_sName = null;
m_oMetadataProvider = new MetadataProvider();
}
TestRemoveKey5()
{
// Create N objects, set metadata on each object, remove keys one by
// one in backwards order.
const Int32 Objects = 10;
const Int32 Keys = 5;
MetadataProvider [] aoMetadataProvider = new MetadataProvider[Objects];
// Set values on each object.
for (Int32 i = 0; i < Objects; i++)
{
MetadataProvider oMetadataProvider =
aoMetadataProvider[i] = new MetadataProvider();
for (Int32 j = 0; j < Keys; j++)
{
oMetadataProvider.SetValue(j.ToString(), "string");
}
}
// Remove the keys from each object.
for (Int32 i = Objects - 1; i >= 0; i--)
{
MetadataProvider oMetadataProvider = aoMetadataProvider[i];
for (Int32 j = Keys - 1; j >= 0; j--)
{
Boolean bRemovedKey =
oMetadataProvider.RemoveKey( j.ToString() );
Assert.IsTrue(bRemovedKey);
// Check the status of all the keys.
for (Int32 I = 0; I < Objects; I++)
{
MetadataProvider oMetadataProvider2 = aoMetadataProvider[I];
for (Int32 J = 0; J < Keys; J++)
{
Boolean bContainsKey =
oMetadataProvider2.ContainsKey( J.ToString() );
if (I < i)
{
Assert.IsTrue(bContainsKey);
}
else if (I == i)
{
if (J < j)
{
Assert.IsTrue(bContainsKey);
}
else
{
Assert.IsFalse(bContainsKey);
}
}
else
{
Assert.IsFalse(bContainsKey);
}
}
}
}
}
}
SetUp()
{
m_oMetadataProvider = new MetadataProvider();
m_oCopy = new MockMetadataProvider();
}
private void comboBoxMeatadataFile_SelectedIndexChanged(object sender, EventArgs e)
{
_provider = null;
_metadataFile = (string)comboBoxMeatadataFile.SelectedItem;
RefreshEntityContainers();
}
TestClearMetadata()
{
// Add tags and N keys for each of N MetadataProvider objects, ask
// for same tags and keys, clear metadata for each object.
// Create an array of keys.
const Int32 Keys = 10;
String [] asKeys = new String[Keys];
for (Int32 i = 0; i < Keys; i++)
{
asKeys[i] = Guid.NewGuid().ToString();
}
// Create an array of MetadataProvider objects.
const Int32 MetadataProviderObjects = 100;
MetadataProvider [] aoMetadataProvider =
new MetadataProvider[MetadataProviderObjects];
for (Int32 j = 0; j < MetadataProviderObjects; j++)
{
aoMetadataProvider[j] = new MetadataProvider();
}
// Add a Tag and a value for each key. The value is just the key with
// appended indexes.
for (Int32 j = 0; j < MetadataProviderObjects; j++)
{
MetadataProvider oMetadataProvider = aoMetadataProvider[j];
oMetadataProvider.Tag = j.ToString() + "Tag";
for (Int32 i = 0; i < Keys; i++)
{
String sKey = asKeys[i];
oMetadataProvider.SetValue(
sKey, sKey + i.ToString() + j.ToString() );
}
}
// Retrieve the values.
Boolean bContainsKey;
for (Int32 j = 0; j < MetadataProviderObjects; j++)
{
MetadataProvider oMetadataProvider = aoMetadataProvider[j];
Assert.AreEqual(
j.ToString() + "Tag",
oMetadataProvider.Tag
);
for (Int32 i = Keys - 1; i >= 0; i--)
{
String sKey = asKeys[i];
bContainsKey = oMetadataProvider.ContainsKey(sKey);
Assert.IsTrue(bContainsKey);
Object oValue;
Assert.IsTrue( oMetadataProvider.TryGetValue(
sKey, out oValue) );
Assert.IsTrue(oValue is String);
Assert.AreEqual(sKey + i.ToString() + j.ToString(),
(String)oValue);
}
// Ask for a non-existent value.
bContainsKey = oMetadataProvider.ContainsKey("nHnHn");
Assert.IsFalse(bContainsKey);
}
// Remove metadata for each object.
for (Int32 k = 0; k < MetadataProviderObjects; k++)
{
aoMetadataProvider[k].ClearMetadata();
// Check all the objects, some of which will have no metadata.
for (Int32 j = 0; j < MetadataProviderObjects; j++)
{
MetadataProvider oMetadataProvider = aoMetadataProvider[j];
if (j > k)
{
Assert.AreEqual(
j.ToString() + "Tag",
oMetadataProvider.Tag
);
}
else
{
Assert.IsNull(oMetadataProvider.Tag);
}
for (Int32 i = Keys - 1; i >= 0; i--)
{
String sKey = asKeys[i];
bContainsKey = oMetadataProvider.ContainsKey(sKey);
if (j > k)
{
Assert.IsTrue(bContainsKey);
Object oValue;
Assert.IsTrue( oMetadataProvider.TryGetValue(
sKey, out oValue) );
Assert.IsTrue(oValue is String);
Assert.AreEqual(sKey + i.ToString() + j.ToString(),
(String)oValue);
}
else
{
Assert.IsFalse(bContainsKey);
}
}
}
}
}
