public void TransformBatchContentWithEnvironmentTagAndPartition()
{
var setup = Given(
input => input
.Message(EnvelopeFactory.Create <Envelope>().AsStream())
.Message(MessageBodyFactory.Create <Batch.Content>(MessageBody.Samples.LoadString("Message.BatchContentWithEnvironmentTagAndPartition.xml")).AsStream()))
.Transform
.OutputsXml(
output => output
.ConformingTo <Envelope>()
.ConformingTo <Batch.Release>()
.WithStrictConformanceLevel());
var result = setup.Validate();
result.NamespaceManager.AddNamespace("env", SchemaMetadata.For <Envelope>().TargetNamespace);
result.NamespaceManager.AddNamespace("tns", SchemaMetadata.For <Batch.Release>().TargetNamespace);
result.SelectSingleNode("/*") !.LocalName.Should().Be("Envelope");
result.Select("/env:Envelope/tns:ReleaseBatch").Cast <object>().Should().HaveCount(3);
result.Select("/env:Envelope/*").Cast <object>().Should().HaveCount(3);
var part = result.SelectSingleNode("/env:Envelope/tns:ReleaseBatch[3]");
part !.SelectSingleNode("tns:EnvelopeSpecName") !.Value.Should().Be(SchemaMetadata.For <Batch.Release>().DocumentSpec.DocSpecName);
part !.SelectSingleNode("tns:EnvironmentTag") !.Value.Should().Be("graffiti");
part !.SelectSingleNode("tns:Partition") !.Value.Should().Be("A");
}
public static AddCommand Create <TEntity>(IRedisearchSerializer serializer, TEntity entity, double score, string language)
where TEntity : RedisearchSerializable <TEntity>, new()
{
var schemaMetadata = SchemaMetadata <TEntity> .GetSchemaMetadata();
var indexName = schemaMetadata.IndexName;
var entityId = string.Concat(schemaMetadata.DocumentIdPrefix, schemaMetadata.PrimaryKey.GetPrimaryKeyFromEntity(entity));
if (string.IsNullOrEmpty(language))
{
language = schemaMetadata.Language;
}
var parameters = new List <object>
{
indexName,
entityId,
score,
RedisearchIndexCache.GetBoxedLiteral("LANGUAGE"),
RedisearchIndexCache.GetBoxedLiteral(language),
RedisearchIndexCache.GetBoxedLiteral("FIELDS")
};
foreach (var fieldPairs in serializer.Serialize(entity))
{
parameters.Add(fieldPairs.Key);
parameters.Add(fieldPairs.Value);
}
return(new AddCommand(parameters));
}
public void ReplacesMessageOriginalDataStreamWithTransformResult()
{
PipelineContextMock
.Setup(m => m.GetDocumentSpecByType("http://schemas.microsoft.com/Edi/EdifactServiceSchema#UNB"))
.Returns(SchemaMetadata.For <EdifactServiceSchema.UNB>().DocumentSpec);
var sut = new XsltRunner {
Encoding = Encoding.UTF8,
MapType = typeof(IdentityTransform)
};
using (var dataStream = new MemoryStream(Encoding.UTF8.GetBytes("<UNB xmlns='http://schemas.microsoft.com/Edi/EdifactServiceSchema'></UNB>")))
using (var transformedStream = dataStream.Transform().Apply(sut.MapType))
using (var transformStreamMockInjectionScope = new TransformStreamMockInjectionScope())
{
MessageMock.Object.BodyPart.Data = dataStream;
transformStreamMockInjectionScope.Mock
.Setup(ts => ts.ExtendWith(MessageMock.Object.Context))
.Returns(transformStreamMockInjectionScope.Mock.Object);
transformStreamMockInjectionScope.Mock
.Setup(ts => ts.Apply(sut.MapType, sut.Encoding))
.Returns(transformedStream)
.Verifiable();
sut.Execute(PipelineContextMock.Object, MessageMock.Object);
transformStreamMockInjectionScope.Mock.VerifyAll();
MessageMock.Object.BodyPart.Data.Should().BeOfType <MarkableForwardOnlyEventingReadStream>();
Reflector.GetField((MarkableForwardOnlyEventingReadStream)MessageMock.Object.BodyPart.Data, "m_data").Should().BeSameAs(transformedStream);
}
}
public void GetAnnotationsByName()
{
var annotations = SchemaMetadata.For <RootedSchema>().GetAnnotations();
annotations.Should().NotBeEmpty();
annotations.SingleOrDefault(e => e.Name.LocalName == "Properties").Should().NotBeNull();
}
internal TransformMetaData FindFirstMapMatch(string message)
{
string[] mapsArray = _mapName.Split(new char[] { '|' }, StringSplitOptions.None);
TransformMetaData mapMatch = null;
for (int i = 0; i < mapsArray.Length; i++)
{
try
{
Type mapType = Type.GetType(mapsArray[i], true);
TransformMetaData map = TransformMetaData.For(mapType);
SchemaMetadata sourceSchema = map.SourceSchemas[0];
if (sourceSchema.SchemaName == message)
{
mapMatch = map;
break;
}
}
catch (Exception ex)
{
throw new ApplicationException(string.Format("Error while trying to load MapType specification: {0}", mapsArray[i]), ex);
}
}
return(mapMatch);
}
private static Stream TransformStream(Stream stream, string mapName, bool validate, ref string messageType, ref string targetDocumentSpecName)
{
Type type = Type.GetType(mapName);
if (null == type)
{
throw new Exception("Invalid MapType" + mapName);
}
TransformMetaData transformMetaData = TransformMetaData.For(type);
SchemaMetadata sourceSchemaMetadata = transformMetaData.SourceSchemas[0];
string schemaName = sourceSchemaMetadata.SchemaName;
SchemaMetadata targetSchemaMetadata = transformMetaData.TargetSchemas[0];
if (validate && string.Compare(messageType, schemaName, false, CultureInfo.CurrentCulture) != 0)
{
throw new Exception("Source Document Mismatch. MessageType: " + messageType + " Schema Name: " + schemaName);
}
messageType = targetSchemaMetadata.SchemaName;
targetDocumentSpecName = targetSchemaMetadata.SchemaBase.GetType().AssemblyQualifiedName;
XmlReader reader = XmlReader.Create(stream);
XPathDocument input = new XPathDocument(reader);
ITransform transform = transformMetaData.Transform;
Stream outStream = new MemoryStream();
transform.Transform(input, transformMetaData.ArgumentList, outStream, new XmlUrlResolver());
outStream.Flush();
outStream.Seek(0L, SeekOrigin.Begin);
return(outStream);
}
public void ConjunctionIsDistributedOverDisjunctionOfFiltersAndDistributionIsCommutative()
{
const string senderNameToken = "BizTalkFactory.Batching";
const int retryCountToken = 3;
var filter = new Filter(
() => BtsProperties.MessageType == SchemaMetadata.For <Any>().MessageType &&
(BizTalkFactoryProperties.MapTypeName == senderNameToken || BtsProperties.ActualRetryCount > retryCountToken)
);
filter.ToString().Should().Be(
string.Format(
"<Filter>"
+ "<Group><Statement Property=\"{0}\" Operator=\"{1}\" Value=\"{2}\" /><Statement Property=\"{3}\" Operator=\"{4}\" Value=\"{5}\" /></Group>"
+ "<Group><Statement Property=\"{0}\" Operator=\"{1}\" Value=\"{2}\" /><Statement Property=\"{6}\" Operator=\"{7}\" Value=\"{8}\" /></Group>"
+ "</Filter>",
BtsProperties.MessageType.Type.FullName,
(int)FilterOperator.Equals,
SchemaMetadata.For <Any>().MessageType,
BizTalkFactoryProperties.MapTypeName.Type.FullName,
(int)FilterOperator.Equals,
senderNameToken,
BtsProperties.ActualRetryCount.Type.FullName,
(int)FilterOperator.GreaterThan,
retryCountToken));
}
public ReleaseSendPort()
{
Name = SendPortName.Towards("Batch").About("Release").FormattedAs.Xml;
State = ServiceState.Started;
SendPipeline = new SendPipeline <XmlTransmit>(
pipeline => {
pipeline.Encoder <MicroPipelineComponent>(
pc => {
pc.Components = new IMicroComponent[] {
new ContextBuilder {
BuilderType = typeof(ReleaseProcessResolver)
},
new ActivityTracker(),
new XsltRunner {
MapType = typeof(ReleaseToQueueControlledRelease)
}
};
});
});
Transport.Adapter = new WcfSqlAdapter.Outbound(
a => {
a.Address = new() {
InitialCatalog = "BizTalkFactoryTransientStateDb",
Server = Platform.Settings.ProcessingDatabaseServer,
InstanceName = Platform.Settings.ProcessingDatabaseInstance
};
a.IsolationLevel = IsolationLevel.ReadCommitted;
a.StaticAction = "TypedProcedure/dbo/usp_batch_QueueControlledRelease";
});
Transport.Host = Platform.Settings.HostResolutionPolicy;
Transport.RetryPolicy = RetryPolicy.ShortRunning;
Filter = new(() => BtsProperties.MessageType == SchemaMetadata.For <Batch.Release>().MessageType);
}
}
public override IBaseMessage Execute(IPipelineContext pipelineContext, IBaseMessage message)
{
var markableForwardOnlyEventingReadStream = message.BodyPart.WrapOriginalDataStream(
originalStream => originalStream.AsMarkable(),
pipelineContext.ResourceTracker);
var batchDescriptor = markableForwardOnlyEventingReadStream.ProbeBatchContent().BatchDescriptor;
if (batchDescriptor == null || batchDescriptor.EnvelopeSpecName.IsNullOrEmpty())
throw new InvalidOperationException($"No EnvelopeSpecName has been found in {nameof(Batch.Content)} message and no envelope can be applied.");
var envelopeSchema = Type.GetType(batchDescriptor.EnvelopeSpecName, true);
message.Promote(BatchProperties.EnvelopePartition, batchDescriptor.Partition);
markableForwardOnlyEventingReadStream.StopMarking();
if (_logger.IsInfoEnabled) _logger.DebugFormat("Applying '{0}' envelope to message.", envelopeSchema.AssemblyQualifiedName);
var envelope = EnvelopeFactory.Create(envelopeSchema);
// can't use .AsStream() that relies on StringStream, which is Unicode/UTF-16, over envelope.OuterXml as CompositeXmlStream assumes UTF-8
var envelopeStream = new MemoryStream(Encoding.UTF8.GetBytes(envelope.OuterXml));
message.BodyPart.WrapOriginalDataStream(
originalStream => new CompositeXmlStream(new[] { envelopeStream, originalStream }),
pipelineContext.ResourceTracker);
SchemaMetadata.For(envelopeSchema).Annotations.Find<EnvelopeMapAnnotation>().EnvelopeMapType.IfNotNull(m => MapType = m);
return base.Execute(pipelineContext, message);
}
public void SetupResponseExpectationAgainstSpecificMessageType()
{
_soapStub.As <ISolicitResponse>()
.Setup(s => s.Request(SchemaMetadata.For <btf2_services_header>().DocumentSpec))
.Returns(new StringStream("<response />"));
var client = SoapClient <IMessageService> .For(_soapStubHost.Endpoint);
try
{
var response = client.Invoke(
System.ServiceModel.Channels.Message.CreateMessage(
MessageVersion.Soap11,
"urn:services.stateless.be:unit:work:request",
XmlReader.Create(new StringReader(MessageBodyFactory.Create <btf2_services_header>().OuterXml))));
var reader = response !.GetReaderAtBodyContents();
reader.MoveToContent();
var outerXml = reader.ReadOuterXml();
outerXml.Should().Be("<response />");
client.Close();
}
catch (Exception)
{
client.Abort();
throw;
}
}
public void XsltFromContextHasPrecedenceOverConfiguredOne()
{
PipelineContextMock
.Setup(m => m.GetDocumentSpecByType("http://schemas.microsoft.com/Edi/EdifactServiceSchema#UNB"))
.Returns(SchemaMetadata.For <EdifactServiceSchema.UNB>().DocumentSpec);
var sut = new XsltRunner {
Encoding = Encoding.UTF8,
MapType = typeof(TransformBase)
};
using (var dataStream = new MemoryStream(Encoding.UTF8.GetBytes("<UNB xmlns='http://schemas.microsoft.com/Edi/EdifactServiceSchema'></UNB>")))
using (var transformedStream = dataStream.Transform().Apply(typeof(IdentityTransform)))
using (var transformStreamMockInjectionScope = new TransformStreamMockInjectionScope())
{
MessageMock.Object.BodyPart.Data = dataStream;
MessageMock
.Setup(m => m.GetProperty(BizTalkFactoryProperties.MapTypeName))
.Returns(typeof(IdentityTransform).AssemblyQualifiedName);
var transformStreamMock = transformStreamMockInjectionScope.Mock;
transformStreamMock
.Setup(ts => ts.ExtendWith(MessageMock.Object.Context))
.Returns(transformStreamMock.Object);
transformStreamMock
.Setup(ts => ts.Apply(typeof(IdentityTransform), sut.Encoding))
.Returns(transformedStream)
.Verifiable();
sut.Execute(PipelineContextMock.Object, MessageMock.Object);
transformStreamMock.Verify(ts => ts.Apply(sut.MapType, sut.Encoding), Times.Never());
transformStreamMock.VerifyAll();
}
}
public void BatchContentIsTransformedToSpecificEnvelope()
{
string expectedEnvelopeContent;
var envelopeStream = new StringStream(EnvelopeFactory.Create <Envelope>().OuterXml);
var batchContentStream = MessageBodyFactory.Create <Batch.Content>(MessageBody.Samples.LoadString("Message.BatchContent.xml")).AsStream();
var transformedStream = new[] { envelopeStream, batchContentStream }.Transform().Apply(typeof(BatchContentToAnyEnvelope), new UTF8Encoding(false));
using (var expectedReader = XmlReader.Create(transformedStream, new XmlReaderSettings {
CloseInput = true
}))
{
expectedReader.Read();
expectedEnvelopeContent = expectedReader.ReadOuterXml();
}
using (var stream = MessageBody.Samples.Load("Message.BatchContent.xml"))
{
MessageMock.Object.BodyPart.Data = stream;
PipelineContextMock
.Setup(pc => pc.GetDocumentSpecByType(SchemaMetadata.For <Envelope>().MessageType))
.Returns(SchemaMetadata.For <Envelope>().DocumentSpec);
var sut = new EnvelopeBuilder();
sut.Execute(PipelineContextMock.Object, MessageMock.Object);
using (var actualReader = XmlReader.Create(MessageMock.Object.BodyPart.Data, new XmlReaderSettings {
CloseInput = true, IgnoreWhitespace = true
}))
{
actualReader.Read();
var actualEnvelopeContent = actualReader.ReadOuterXml();
actualEnvelopeContent.Should().Be(expectedEnvelopeContent);
}
}
}
public void Invalid_index_name_should_throw()
{
Assert.Throws <ArgumentNullException>(() =>
{
SchemaMetadata <InvalidIndexNameTest> .GetSchemaMetadata();
});
}
public void MessageIsTransformedToEnvelopeViaEnvelopeSpecNameAnnotation()
{
using (var stream = MessageBody.Samples.Load("Message.BatchContentWithEnvelopeSpecName.xml"))
using (var transformedStream = new StringStream("<root xmlns='urn:ns'></root>"))
using (var transformStreamMockInjectionScope = new TransformStreamMockInjectionScope())
{
MessageMock.Object.BodyPart.Data = stream;
PipelineContextMock
.Setup(pc => pc.GetDocumentSpecByType("urn:ns#root"))
.Returns(SchemaMetadata.For <Any>().DocumentSpec);
transformStreamMockInjectionScope.Mock
.Setup(ts => ts.ExtendWith(MessageMock.Object.Context))
.Returns(transformStreamMockInjectionScope.Mock.Object);
transformStreamMockInjectionScope.Mock
.Setup(ts => ts.Apply(typeof(IdentityTransform), new UTF8Encoding(false)))
.Returns(transformedStream)
.Verifiable();
var sut = new EnvelopeBuilder();
sut.Execute(PipelineContextMock.Object, MessageMock.Object);
transformStreamMockInjectionScope.Mock.VerifyAll();
}
}
public void BuildPropertyExtractorCollectionGivesPrecedenceToSchemaExtractorsOverPipelineExtractors()
{
// has to be called before ContextPropertyAnnotationMockInjectionScope overrides SchemaMetadata.For<>() factory method
var schemaMetadata = SchemaMetadata.For <Any>();
using (var inputStream = new MemoryStream(Encoding.UTF8.GetBytes("<root xmlns='urn:ns'></root>")))
using (var contextPropertyAnnotationMockInjectionScope = new PropertyExtractorAnnotationMockInjectionScope())
{
contextPropertyAnnotationMockInjectionScope.Extractors = new(
new XPathExtractor(BizTalkFactoryProperties.OutboundTransportLocation.QName, "/letter/*/to", ExtractionMode.Demote),
new XPathExtractor(BtsProperties.Operation.QName, "/letter/*/salutations"));
PipelineContextMock.Setup(pc => pc.GetDocumentSpecByType("urn:ns#root")).Returns(schemaMetadata.DocumentSpec);
MessageMock.Object.BodyPart.Data = inputStream;
MessageMock.Setup(m => m.GetProperty(BtsProperties.MessageType)).Returns("urn:ns#root");
var sut = new ContextPropertyExtractor {
Extractors = new[] {
new XPathExtractor(BizTalkFactoryProperties.OutboundTransportLocation.QName, "/letter/*/from", ExtractionMode.Promote),
new XPathExtractor(BtsProperties.OutboundTransportLocation.QName, "/letter/*/paragraph")
}
};
var extractors = sut.BuildPropertyExtractorCollection(PipelineContextMock.Object, MessageMock.Object);
extractors.Should().BeEquivalentTo(
new[] {
new XPathExtractor(BizTalkFactoryProperties.OutboundTransportLocation.QName, "/letter/*/to", ExtractionMode.Demote),
new XPathExtractor(BtsProperties.Operation.QName, "/letter/*/salutations"),
new XPathExtractor(BtsProperties.OutboundTransportLocation.QName, "/letter/*/paragraph")
});
}
}
protected void DropCreatedIndex <TEntity>()
where TEntity : RedisearchSerializable <TEntity>, new()
{
var indexName = SchemaMetadata <TEntity>
.GetSchemaMetadata().IndexName;
Assert.That((string)Connection.GetDatabase().Execute("FT.DROP", indexName), Is.EqualTo("OK"));
}
public void Default_id_should_be_overridable()
{
var schemaMetadata = SchemaMetadata <OverriddenIdPropertyTest> .GetSchemaMetadata();
Assert.That(schemaMetadata.PrimaryKey.EntityClrType, Is.EqualTo(typeof(OverriddenIdPropertyTest)));
Assert.That(schemaMetadata.PrimaryKey.PropertyName, Is.EqualTo("InterestingId"));
Assert.That(schemaMetadata.PrimaryKey.PropertyClrType, Is.EqualTo(typeof(DateTime)));
}
/// <summary>
/// Merge the user configuration with the default metadatas from the servers.
/// </summary>
/// <param name="schemaMetadata">Metadatas to generate queries for.</param>
/// <param name="dbSettings">User configuration.</param>
/// <param name="variables">The compiled cascade variables</param>
private static void MergeFkModifierSchema(SchemaMetadata schemaMetadata, DbSettings dbSettings, HashSet <SchemaVar> variables)
{
foreach (var dbSettingsTable in dbSettings.Tables)
{
var table = schemaMetadata.FirstOrDefault(t => t.Name.Equals(dbSettingsTable.Name, StringComparison.CurrentCultureIgnoreCase));
if (table == null)
{
continue;
}
//On affecte les changements de la configuration
//On supprime les clefs
foreach (var colConfig in dbSettingsTable.ForeignKeys.ForeignKeyRemove.Columns)
{
for (var j = 0; j < table.ForeignKeys.Count; j++)
{
var fk = table.ForeignKeys[j];
for (var i = 0; i < fk.Columns.Count; i++)
{
if (!fk.Columns[i].NameFrom.Equals(colConfig.Name, StringComparison.OrdinalIgnoreCase))
{
continue;
}
fk.Columns.RemoveAt(i);
i--;
if (fk.Columns.Count != 0)
{
continue;
}
table.ForeignKeys.RemoveAt(j);
j--;
}
}
}
//On ajoute les clefs
foreach (var fkModifier in dbSettingsTable.ForeignKeys.ForeignKeyAdd)
{
var destinationVar = variables.First(v => v.Id == fkModifier.DestinationSchema);
var newFk = new ForeignKey
{
ServerIdTo = destinationVar.Server,
DatabaseTo = destinationVar.Database,
SchemaTo = destinationVar.Schema,
TableTo = fkModifier.DestinationTable,
Columns = (from fk in fkModifier.Columns select new ForeignKeyColumn {
NameFrom = fk.Source, NameTo = fk.Destination
}).ToList()
};
table.ForeignKeys.Add(newFk);
}
}
}
public void GetPrimaryKeyFromProperty_should_throw_when_the_property_type_is_different()
{
var schemaMetadata = SchemaMetadata <GetPrimaryKeyFromEntityTests> .GetSchemaMetadata();
Assert.Throws <ArgumentException>(() =>
{
schemaMetadata.PrimaryKey.GetPrimaryKeyFromProperty(Guid.Empty);
});
}
public void Serialized_properties_should_include_all_get_set_properties_by_default()
{
var schemaMetadata = SchemaMetadata <SerializedPropertiesTest> .GetSchemaMetadata();
var serializedProperties = schemaMetadata.Properties.Where(p => !p.IsIgnored).Select(p => p.PropertyName);
Assert.That(serializedProperties,
Is.EquivalentTo(new[] { "Id", "Property1" }));
}
public BankSendPort()
{
Name = SendPortName.Towards(Party.Bank).About(Subject.CreditNote).FormattedAs.Edi;
SendPipeline = new SendPipeline <XmlTransmit>();
Transport.Adapter = new FileAdapter.Outbound(a => { a.DestinationFolder = @"c:\file\drops"; });
Transport.Host = Host.SENDING_HOST;
Transport.RetryPolicy = RetryPolicy.LongRunning;
Filter = new(() => BtsProperties.MessageType == SchemaMetadata.For <Any>().MessageType);
}
/// <summary>
/// Provides the <see cref="XmlSchema"/> to the <paramref name="schemaSet"/> and the <see cref="XmlSchemaType"/>
/// that controls the serialization of the type.
/// </summary>
/// <param name="schemaSet">
/// The <see cref="XmlSchemaSet"/> that will be populated with the <see cref="XmlSchema"/>.
/// </param>
/// <returns>
/// The <see cref="XmlSchemaType"/> that defines its data type.
/// </returns>
/// <remarks>
/// This is a scaffolding method that is meant to be called from within the derived classes' static method
/// identified by the <see cref="XmlSchemaProviderAttribute"/>.
/// </remarks>
XmlSchemaType IXmlSchemaProvider.ProvideSchema(XmlSchemaSet schemaSet)
{
schemaSet.Merge(((IXmlSchemaProvider)this).Schema);
schemaSet.Compile();
var schemaMetadata = new SchemaMetadata <TSchemaBase>();
var element = (XmlSchemaElement)schemaSet.GlobalElements[new XmlQualifiedName(schemaMetadata.RootElementName, schemaMetadata.TargetNamespace)];
return(element.ElementSchemaType);
}
private SchemaMetadata[] _resolveSchemas(string[] schemaRefs)
{
SchemaMetadata[] schemaMetadataArray = new SchemaMetadata[schemaRefs.Length];
for (int index = 0; index < schemaMetadataArray.Length; ++index)
{
schemaMetadataArray[index] = this._resolveSchema(schemaRefs[index]);
}
return(schemaMetadataArray);
}
public void BatchDescriptor()
{
using (var stream = MessageBody.Samples.Load("Message.BatchContent.xml").AsMarkable())
{
var batchDescriptor = stream.ProbeBatchContent().BatchDescriptor;
batchDescriptor.EnvelopeSpecName.Should().Be(SchemaMetadata.For <Envelope>().DocumentSpec.DocSpecStrongName);
batchDescriptor.Partition.Should().BeNull();
}
}
public void MessageTypeBasedFilter()
{
var filter = new Filter(() => BtsProperties.MessageType == SchemaMetadata.For <Any>().MessageType);
filter.ToString().Should().Be(
"<Filter><Group>"
+ $"<Statement Property=\"{BtsProperties.MessageType.Type.FullName}\" Operator=\"{(int) FilterOperator.Equals}\" Value=\"{SchemaMetadata.For<Any>().MessageType}\" />"
+ "</Group></Filter>");
}
public static XmlDocument CreateMessage(Type schema)
{
if (!schema.IsSchema())
{
throw new ArgumentException(
$"{schema.FullName} does not derive from {typeof(SchemaBase).FullName}.",
nameof(schema));
}
return(CreateMessage(SchemaMetadata.For(schema).DocumentSpec));
}
/// <summary>
/// Returns the <see cref="ISchemaMetadata"/> associated to the XML schema of messages of a given <see
/// cref="DocumentSpec"/> type.
/// </summary>
/// <param name="pipelineContext">
/// The pipeline context from which the <see cref="DocumentSpec"/> can be queried.
/// </param>
/// <param name="docType">
/// The <see cref="DocumentSpec"/> type of the messages for which the <see cref="ISchemaMetadata"/> are to be returned.
/// </param>
/// <returns>
/// The <see cref="ISchemaMetadata"/> associated to the XML Schema.
/// </returns>
public static ISchemaMetadata GetSchemaMetadataByType(this IPipelineContext pipelineContext, string docType)
{
if (pipelineContext == null)
{
throw new ArgumentNullException(nameof(pipelineContext));
}
var docSpec = pipelineContext.GetDocumentSpecByType(docType);
var schemaType = Type.GetType(docSpec.DocSpecStrongName, true);
return(SchemaMetadata.For(schemaType));
}
public void GetPrimaryKeyFromEntity_should_return_the_id_value_as_a_RedisValue()
{
var schemaMetadata = SchemaMetadata <GetPrimaryKeyFromEntityTests> .GetSchemaMetadata();
var entity = new GetPrimaryKeyFromEntityTests
{
Id = 42
};
Assert.That(schemaMetadata.PrimaryKey.GetPrimaryKeyFromEntity(entity), Is.EqualTo((RedisValue)42));
}
public void NAryConjunction()
{
var filter = new Filter(
() => BtsProperties.ActualRetryCount > 3 &&
BtsProperties.MessageType == SchemaMetadata.For <Any>().MessageType &&
BtsProperties.SendPortName == "Dummy port name" &&
BtsProperties.IsRequestResponse != true
);
Invoking(() => filter.ToString()).Should().NotThrow();
}
public void InvokeSucceeds()
{
_soapStub.As <ISolicitResponse>()
.Setup(s => s.Request(SchemaMetadata.For <btf2_services_header>().DocumentSpec))
.Returns(new StringStream("<response />"));
using (var response = SoapClient.Invoke(_soapStubHost.Endpoint, new StringStream(MessageBodyFactory.Create <btf2_services_header>().OuterXml)))
{
new StreamReader(response).ReadToEnd().Should().Be("<response />");
}
}