public void ParseWithOneApplicationAndNoOrchestrations(BizTalkOrchestrationParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model with one application and no orchestrations"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
group.Applications.Add(new ParsedBizTalkApplication {
Application = new BizTalkApplication()
});
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a BizTalk Orchestration Parser"
.x(() => parser = new BizTalkOrchestrationParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the parser should not throw an exception"
.x(() => e.Should().BeNull());
"And the error count should be 0"
.x(() =>
{
context.Errors.Should().BeNullOrEmpty();
});
}
public void ParseFailureInvalidXml(BizTalkApplicationParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(new ParsedBizTalkApplication()
{
ResourceContainerKey = "MSI.key"
});
model.MigrationSource.MigrationSourceModel = group;
var container = new ResourceContainer()
{
Name = "Test", Key = "MSI.key", Type = ModelConstants.ResourceContainerMsi, ContainerLocation = @"C:\Test\Test.msi"
};
model.MigrationSource.ResourceContainers.Add(container);
var adf = "<this is not xml>";
var resource = new ResourceDefinition()
{
Key = "ADF.Key", Name = "ApplicationDefinition", Type = ModelConstants.ResourceDefinitionApplicationDefinition, ResourceContent = adf
};
container.ResourceDefinitions.Add(resource);
group.Applications[0].Application.ApplicationDefinition = new ApplicationDefinitionFile(container.Key, resource.Key);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new BizTalkApplicationParser(model, context, logger));
"When parsing with invalid XML in the bindings file"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the parser should not throw an exception"
.x(() => e.Should().BeNull());
"And there should be an exception when parsing."
.x(() =>
{
// There should be an exception logged.
context.Errors.Count.Should().Be(1);
// The application definition cannot be read and so the name should be default
var group = (ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel;
group.Applications[0].Application.Name.Should().Be("(Unknown)");
// An error should be logged
var invocation = _mockLogger.Invocations.Where(i => i.Arguments[0].ToString() == "Error").FirstOrDefault();
invocation.Should().NotBeNull();
invocation.Arguments[2].ToString().Should().Contain("An error occurred reading application from application definition file");
});
}
/// <summary>
/// Creates an empty group with the fields for parsing the application definition.
/// </summary>
/// <returns>A populated <see cref="ParsedBizTalkApplicationGroup"/>.</returns>
private static ParsedBizTalkApplicationGroup CreateGroup()
{
var group = new ParsedBizTalkApplicationGroup();
var application = new ParsedBizTalkApplication
{
ResourceContainerKey = "TestApplicationKey"
};
group.Applications.Add(application);
return(group);
}
public void ParseFailureInvalidXml(PropertySchemaPropertyParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
model.MigrationSource.ResourceContainers.Add(new ResourceContainer()
{
Key = "TestContainer.Key", Name = "TestContainer"
});
var content = "<invalid-xml><b:schemaInfo schema_type=\"property\" xmlns:b=\"http://schemas.microsoft.com/BizTalk/2003\" />";
model.MigrationSource.ResourceContainers[0].ResourceDefinitions.Add(new ResourceDefinition()
{
Key = "TestSchema.Key", Name = "TestSchema", Type = ModelConstants.ResourceDefinitionSchema, ResourceContent = content
});
group.Applications.Add(new ParsedBizTalkApplication()
{
Application = new BizTalkApplication()
});
group.Applications[0].Application.Schemas.Add(new Schema("TestContainer.Key", "TestSchema.Key")
{
SchemaType = BizTalkSchemaType.Property
});
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new PropertySchemaPropertyParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the parser should have recorded an error when processing the filter."
.x(() =>
{
context.Errors.Count.Should().Be(1);
});
}
public void ParseSuccessInvalidXmlInMessageSchema(PropertySchemaPropertyParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
model.MigrationSource.ResourceContainers.Add(new ResourceContainer()
{
Key = "TestContainer.Key", Name = "TestContainer"
});
var content = "<invalid-xml>";
model.MigrationSource.ResourceContainers[0].ResourceDefinitions.Add(new ResourceDefinition()
{
Key = "TestSchema.Key", Name = "TestSchema", Type = ModelConstants.ResourceDefinitionSchema, ResourceContent = content
});
group.Applications.Add(new ParsedBizTalkApplication()
{
Application = new BizTalkApplication()
});
group.Applications[0].Application.Schemas.Add(new Schema("TestContainer.Key", "TestSchema.Key"));
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new PropertySchemaPropertyParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the parser should have recorded an error when processing the filter."
.x(() =>
{
var item = group.Applications[0].Application.Schemas[0].SchemaType.Should().Be(BizTalkSchemaType.Unknown); // haven't been able to ascertain the type
context.Errors.Count.Should().Be(0);
});
}
public void ParseFailureApplicationNameBlank(BizTalkApplicationParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
group.Applications.Add(new ParsedBizTalkApplication()
{
ResourceContainerKey = "TestMsi.Key",
});
model.MigrationSource.MigrationSourceModel = group;
var msiContainer = new ResourceContainer()
{
Key = "TestMsi.Key", Name = "TestMsi", Type = ModelConstants.ResourceContainerMsi, ContainerLocation = @"C:\Test\Test.msi"
};
model.MigrationSource.ResourceContainers.Add(msiContainer);
var adf = "<?xml version=\"1.0\" encoding=\"utf-8\"?><ApplicationDefinition xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\" xmlns=\"http://Microsoft.BizTalk.ApplicationDeployment/ApplicationDefinition.xsd\"> <Properties> <Property Name=\"DisplayName\" Value=\"\" /> <Property Name=\"Guid\" Value=\"{319AC06C-0FAB-4B68-B2C9-2659DF322B63}\" /> <Property Name=\"Manufacturer\" Value=\"Generated by BizTalk Application Deployment\" /> <Property Name=\"Version\" Value=\"1.0.0.0\" /> <Property Name=\"ApplicationDescription\" Value=\"BizTalk Application 1\" /> </Properties> <Resources> <Resource Type=\"System.BizTalk:BizTalkBinding\" Luid=\"Application/SimpleMessagingApplication\"> <Properties> <Property Name=\"IsDynamic\" Value=\"True\" /> <Property Name=\"IncludeGlobalPartyBinding\" Value=\"True\" /> <Property Name=\"ShortCabinetName\" Value=\"ITEM~0.CAB\" /> <Property Name=\"FullName\" Value=\"BindingInfo.xml\" /> <Property Name=\"Attributes\" Value=\"Archive\" /> <Property Name=\"CreationTime\" Value=\"2020-04-06 16:47:47Z\" /> <Property Name=\"LastAccessTime\" Value=\"2020-04-06 16:47:47Z\" /> <Property Name=\"LastWriteTime\" Value=\"2020-04-06 16:47:47Z\" /> </Properties> <Files> <File RelativePath=\"BindingInfo.xml\" Key=\"Binding\" /> </Files> </Resource> </Resources> <References> <Reference Name=\"BizTalk.System\" /> <Reference Name=\"Simple Referenced Application\" /> </References></ApplicationDefinition>";
var resource = new ResourceDefinition()
{
Key = "ApplicationDefinition.adf.Key", Name = "ApplicationDefinition.adf", Type = ModelConstants.ResourceDefinitionApplicationDefinition, ResourceContent = adf
};
msiContainer.ResourceDefinitions.Add(resource);
group.Applications[0].Application.ApplicationDefinition = new ApplicationDefinitionFile(msiContainer.Key, resource.Key);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new BizTalkApplicationParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the parser should not throw an exception"
.x(() => e.Should().BeNull());
"And the context should have an error."
.x(() => context.Errors.Count.Should().Be(1));
}
/// <summary>
/// Resolves dependencies between schemas in transform and schemas in a BizTalk application.
/// </summary>
/// <param name="group">The group of BizTalk applications.</param>
/// <param name="transform">The transform.</param>
/// <param name="isSourceSchema">Is source (true) or target (false) schema list.</param>
private void ResolveSchemaDependencies(ParsedBizTalkApplicationGroup group, Transform transform, bool isSourceSchema)
{
// Determine which schema list based on the isSource flag.
var transformSchemas = isSourceSchema ? transform.SourceSchemaTypeNames : transform.TargetSchemaTypeNames;
foreach (var transformSchema in transformSchemas)
{
// Find related schema in source model
var schema = group.Applications.SelectMany(a => a.Application.Schemas).Where(s => transformSchema == s.FullName).FirstOrDefault();
if (schema != null)
{
// Defensive check
if (schema.Resource == null)
{
_logger.LogError(ErrorMessages.UnableToFindAssociatedResource, schema.GetType(), schema.Name, schema.ResourceKey);
Context.Errors.Add(new ErrorMessage(string.Format(CultureInfo.CurrentCulture, ErrorMessages.UnableToFindAssociatedResource, schema.GetType(), schema.Name, schema.ResourceKey)));
continue;
}
// Add relationships between transform resource and schema resource
var transformDirection = isSourceSchema ? ResourceRelationshipType.ReferencedBy : ResourceRelationshipType.ReferencesTo;
transform.Resource.AddRelationship(new ResourceRelationship(schema.Resource.RefId, transformDirection));
_logger.LogDebug(TraceMessages.RelationshipCreated, RuleName, transform.ResourceKey, schema.ResourceKey, transformDirection);
// Add reverse relationship between schema resource and transform resource
var schemaDirection = isSourceSchema ? ResourceRelationshipType.ReferencesTo : ResourceRelationshipType.ReferencedBy;
schema.Resource.AddRelationship(new ResourceRelationship(transform.Resource.RefId, schemaDirection));
_logger.LogDebug(TraceMessages.RelationshipCreated, RuleName, schema.ResourceKey, transform.ResourceKey, schemaDirection);
}
else
{
// Add unresolved dependency message to transform resource
var warning = string.Format(CultureInfo.CurrentCulture, WarningMessages.SchemaReferencedByTransformIsMissing, transformSchema, transform.ResourceKey);
transform.Resource.ReportMessages.Add(new ReportMessage()
{
Severity = MessageSeverity.Warning, Message = warning
});
}
}
}
/// <summary>
/// Creates a group with the fields for send port parsing.
/// </summary>
/// <param name="sendPortCollection">The send port collection.</param>
/// <returns>A populated <see cref="ParsedBizTalkApplicationGroup"/>.</returns>
private static ParsedBizTalkApplicationGroup CreateGroup(SendPort[] sendPortCollection)
{
var group = new ParsedBizTalkApplicationGroup();
var application = new ParsedBizTalkApplication()
{
Application = new BizTalkApplication
{
Bindings = new BindingFile("TestContainer", "BindingInfo")
{
BindingInfo = new BindingInfo
{
SendPortCollection = sendPortCollection
}
}
}
};
group.Applications.Add(application);
return(group);
}
/// <summary>
/// Creates a group with the fields for receive port parsing.
/// </summary>
/// <param name="receivePortCollection">The receive port collection.</param>
/// <returns>A populated <see cref="ParsedBizTalkApplicationGroup"/>.</returns>
private static ParsedBizTalkApplicationGroup CreateGroup(ReceivePort[] receivePortCollection)
{
var group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(new ParsedBizTalkApplication()
{
Application = new BizTalkApplication
{
Bindings = new BindingFile("TestContainer", "BindingInfo")
{
BindingInfo = new BindingInfo
{
ReceivePortCollection = receivePortCollection
}
}
}
});
return(group);
}
/// <summary>
/// Creates a group with the fields for send port parsing.
/// </summary>
/// <returns>A populated <see cref="ParsedBizTalkApplicationGroup"/>.</returns>
private static ParsedBizTalkApplicationGroup CreateGroup()
{
var group = new ParsedBizTalkApplicationGroup();
var application = new ParsedBizTalkApplication();
var bindingInfo = new BindingInfo();
var distributionLists = new List <DistributionList>
{
new DistributionList()
{
Name = "Send Port Group 1", Filter = ""
}
};
bindingInfo.DistributionListCollection = distributionLists.ToArray();
application.Application.Bindings = new BindingFile("TestContainer", "BindingInfo")
{
BindingInfo = bindingInfo
};
group.Applications.Add(application);
return(group);
}
public void ParseSuccessfulSingleDistributionListAndFilter(DistributionListParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with a filter on the distribution list"
.x(() =>
{
var bindingInfo = new BindingInfo();
var distributionList = new List <DistributionList>
{
new DistributionList()
{
ResourceKey = "distributionlistresourcekey",
Name = "Distribution List 1",
Description = "Distribution List Description 1.",
Filter = "<?xml version=\"1.0\" encoding=\"utf-16\"?>\n<Filter xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">\n <Group>\n <Statement Property=\"AzureBlobStorage.BlobName\" Operator=\"0\" Value=\"Blobby\" />\n </Group>\n</Filter>"
}
};
bindingInfo.DistributionListCollection = distributionList.ToArray();
var application = new ParsedBizTalkApplication();
application.Application.Bindings = new BindingFile(bindingResourceContainerKey, bindingResourceDefinitionKey)
{
BindingInfo = bindingInfo
};
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new DistributionListParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the filter group should be correctly parsed."
.x(() =>
{
var distributionList = group.Applications[0].Application.Bindings.BindingInfo.DistributionListCollection[0];
distributionList.FilterExpression.Should().NotBeNull();
distributionList.FilterExpression.Group.Should().NotBeNull();
distributionList.FilterExpression.Group.Length.Should().Be(1);
distributionList.FilterExpression.Group[0].Statement.Length.Should().Be(1);
distributionList.FilterExpression.Group[0].Statement[0].Property.Should().Be("AzureBlobStorage.BlobName");
});
"And the resources should be set."
.x(() =>
{
var appModel = (AzureIntegrationServicesModel)model;
// Check the distribution list source has been created.
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().NotBeNullOrEmpty();
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().HaveCount(1);
var distributionListResource = appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources[0];
// Get the distribution list from the bindings.
var distributionList = group.Applications[0].Application.Bindings.BindingInfo.DistributionListCollection[0];
// Validate the distribution list resource.
distributionListResource.Name.Should().Be(distributionList.Name);
distributionListResource.Description.Should().Be(distributionList.Description);
distributionListResource.Type.Should().Be(ModelConstants.ResourceDistributionList);
distributionListResource.Key.Should().Be(distributionList.ResourceKey);
distributionListResource.Resources.Should().NotBeNullOrEmpty();
distributionListResource.Resources.Should().HaveCount(1);
distributionList.Resource.Should().Be(distributionListResource); // The pointer to the resource should be set.
distributionListResource.ParentRefId.Should().Be(appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].RefId); // The parent ref ID should be set.
distributionListResource.SourceObject.Should().Be(distributionList); // The resource should have a pointer to the source object.
// Validate the filter resource.
var filterResource = distributionListResource.Resources[0];
filterResource.Name.Should().StartWith(distributionListResource.Name);
var expectedFilterKey = string.Concat(distributionListResource.Name, ":", "filter");
filterResource.Key.Should().Be(expectedFilterKey);
filterResource.Name.Should().EndWith("filter expression");
filterResource.Type.Should().Be(ModelConstants.ResourceFilterExpression);
distributionList.FilterExpression.Resource.Should().Be(filterResource); // The pointer to the resource should be set.
filterResource.ParentRefId.Should().Be(distributionListResource.RefId); // The parent ref ID should be set.
filterResource.SourceObject.Should().Be(distributionList.FilterExpression); // The resource should have a pointer to the source object.
});
}
public void ParseServiceDeclarationWithAPortDeclarationSuccess(OrchestrationServiceDeclarationParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, Exception e)
{
var orchestrationDefinitionName = "orchestrationDefinitionName";
var orchestrationDefinitionKey = "orchestrationDefinitionKey";
var serviceDeclarationName = "serviceDeclarationName";
var portDeclarationName = "portDeclarationName";
var asmContainerKey = "asmContainerKey";
"Given a source model with an orchestration and a service declaration, with a port declaration"
.x(() =>
{
var odxModel = new MetaModel
{
Element = new Element[]
{
new Element
{
Type = "Module",
Element1 = new Element[]
{
new Element
{
Type = "ServiceDeclaration",
Property = new ElementProperty[]
{
new ElementProperty {
Name = "Name", Value = serviceDeclarationName
}
},
Element1 = new Element[]
{
new Element
{
Type = "PortDeclaration",
Property = new ElementProperty[]
{
new ElementProperty {
Name = "Name", Value = portDeclarationName
}
}
}
}
}
}
}
}
};
var orchestration = new Orchestration
{
Name = orchestrationDefinitionName,
ResourceContainerKey = asmContainerKey,
ResourceDefinitionKey = orchestrationDefinitionKey,
Model = odxModel
};
var parsedApplication = new ParsedBizTalkApplication
{
Application = new BizTalkApplication()
};
parsedApplication.Application.Orchestrations.Add(orchestration);
model = new AzureIntegrationServicesModel();
var group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
group.Applications.Add(parsedApplication);
parsedApplication.Application.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
var container = new ResourceContainer();
container.ResourceDefinitions.Add(new ResourceDefinition());
container.ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
model.MigrationSource.ResourceContainers.Add(container);
});
"And one orchestration in the source report model"
.x(() =>
{
var msiContainer = new ResourceContainer()
{
Key = "TestMsi.Key", Name = "TestMsi", Type = ModelConstants.ResourceContainerMsi, ContainerLocation = @"C:\Test\Test.msi"
};
model.MigrationSource.ResourceContainers.Add(msiContainer);
var cabContainer = new ResourceContainer()
{
Key = "TestCab.Key", Name = "TestCab", Type = ModelConstants.ResourceContainerCab, ContainerLocation = @"C:\Test\Test.CAB"
};
msiContainer.ResourceContainers.Add(cabContainer);
var asmContainer = new ResourceContainer()
{
Key = asmContainerKey, Name = "TestAssembly", Type = ModelConstants.ResourceContainerAssembly, ContainerLocation = @"C:\Test\Test.dll"
};
cabContainer.ResourceContainers.Add(asmContainer);
var orchestrationDefinition = new ResourceDefinition()
{
Key = orchestrationDefinitionKey,
Name = orchestrationDefinitionName,
Type = ModelConstants.ResourceDefinitionOrchestration
};
asmContainer.ResourceDefinitions.Add(orchestrationDefinition);
var metaModel = ((ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel).Applications[0].Application.Orchestrations[0].Model;
var metaModelResource = new ResourceItem()
{
Key = string.Concat(orchestrationDefinitionKey, ":", MetaModelConstants.MetaModelRootElement),
Name = MetaModelConstants.MetaModelRootElement,
Type = ModelConstants.ResourceMetaModel
};
metaModel.Resource = metaModelResource;
metaModelResource.SourceObject = metaModel;
orchestrationDefinition.Resources.Add(metaModelResource);
var moduleResource = new ResourceItem()
{
Key = string.Concat(metaModelResource.Key, ":", MetaModelConstants.ElementTypeModule),
Name = MetaModelConstants.ElementTypeModule,
Type = ModelConstants.ResourceModule
};
metaModelResource.Resources.Add(moduleResource);
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new OrchestrationServiceDeclarationParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And there should be no errors logged"
.x(() => context.Errors.Should().BeNullOrEmpty());
"And the resources should be set."
.x(() =>
{
// Check the service declaration resource has been created.
var moduleResource = model.FindResourcesByType(ModelConstants.ResourceModule).SingleOrDefault();
moduleResource.Should().NotBeNull();
var serviceDeclarationResource = model.FindResourcesByType(ModelConstants.ResourceServiceDeclaration).SingleOrDefault();
serviceDeclarationResource.Should().NotBeNull();
var serviceDeclaration = ((ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel).Applications[0].Application.Orchestrations[0].FindServiceDeclaration();
// Validate the service declaration resource.
serviceDeclarationResource.Should().NotBeNull();
serviceDeclarationResource.Key.Should().Be(string.Concat(moduleResource.Key, ":", serviceDeclarationName));
serviceDeclarationResource.Name.Should().Be(serviceDeclarationName);
serviceDeclarationResource.Type.Should().Be(ModelConstants.ResourceServiceDeclaration);
// Validate the port declaration resource.
var portDeclarationNameResource = serviceDeclarationResource.Resources[0];
portDeclarationNameResource.Name.Should().Be(portDeclarationName);
portDeclarationNameResource.Type.Should().Be(ModelConstants.ResourcePortDeclaration);
portDeclarationNameResource.Key.Should().StartWith(serviceDeclarationResource.Key);
});
}
public void ParsePortTypeWithMissingModule(OrchestrationServiceDeclarationParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, Exception e)
{
var orchestrationDefinitionName = "orchestrationDefinitionName";
var orchestrationDefinitionKey = "orchestrationDefinitionKey";
var asmContainerKey = "asmContainerKey";
var wrongKey = "wrongKey";
"Given a source model with an orchestration with a missing module"
.x(() =>
{
var orchestration = new Orchestration
{
Name = orchestrationDefinitionName,
ResourceContainerKey = asmContainerKey,
ResourceDefinitionKey = wrongKey
};
var parsedApplication = new ParsedBizTalkApplication
{
Application = new BizTalkApplication()
};
parsedApplication.Application.Orchestrations.Add(orchestration);
model = new AzureIntegrationServicesModel();
var group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
group.Applications.Add(parsedApplication);
});
"And one orchestration in the source report model"
.x(() =>
{
var msiContainer = new ResourceContainer()
{
Key = "TestMsi.Key", Name = "TestMsi", Type = ModelConstants.ResourceContainerMsi, ContainerLocation = @"C:\Test\Test.msi"
};
model.MigrationSource.ResourceContainers.Add(msiContainer);
var cabContainer = new ResourceContainer()
{
Key = "TestCab.Key", Name = "TestCab", Type = ModelConstants.ResourceContainerCab, ContainerLocation = @"C:\Test\Test.CAB"
};
msiContainer.ResourceContainers.Add(cabContainer);
var asmContainer = new ResourceContainer()
{
Key = asmContainerKey, Name = "TestAssembly", Type = ModelConstants.ResourceContainerAssembly, ContainerLocation = @"C:\Test\Test.dll"
};
cabContainer.ResourceContainers.Add(asmContainer);
var orchestrationDefinition = new ResourceDefinition()
{
Key = orchestrationDefinitionKey,
Name = orchestrationDefinitionName,
Type = ModelConstants.ResourceDefinitionOrchestration
};
asmContainer.ResourceDefinitions.Add(orchestrationDefinition);
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new OrchestrationServiceDeclarationParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And there should be an error logged"
.x(() =>
{
context.Errors.Should().NotBeNull();
context.Errors.Should().HaveCount(1);
context.Errors[0].Message.Should().Contain(wrongKey);
context.Errors[0].Message.Should().Contain(ModelConstants.ResourceModule);
});
}
public void ParseWithTwoApplicationsAndOneOrchestration(BizTalkOrchestrationParser parser, ILogger logger, MigrationContext context, BizTalkApplication applicationOne, BizTalkApplication applicationTwo, MetaModel metaModel, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And an application with one orchestration with a valid ODX"
.x(() =>
{
metaModel = new MetaModel
{
Core = "Core",
Element = new Element[]
{
new Element {
Type = MetaModelConstants.ElementTypeModule
}
},
MajorVersion = "MajorVersion",
MinorVersion = "MinorVersion"
};
var msiContainer = new ResourceContainer()
{
Key = "TestMsi.Key", Name = "TestMsi", Type = ModelConstants.ResourceContainerMsi, ContainerLocation = @"C:\Test\Test.msi"
};
model.MigrationSource.ResourceContainers.Add(msiContainer);
var cabContainer = new ResourceContainer()
{
Key = "TestCab.Key", Name = "TestCab", Type = ModelConstants.ResourceContainerCab, ContainerLocation = @"C:\Test\Test.CAB"
};
msiContainer.ResourceContainers.Add(cabContainer);
var asmContainer = new ResourceContainer()
{
Key = "TestAssembly.Key", Name = "TestAssembly", Type = ModelConstants.ResourceContainerAssembly, ContainerLocation = @"C:\Test\Test.dll"
};
cabContainer.ResourceContainers.Add(asmContainer);
var orchestration = new ResourceDefinition()
{
Key = "TestOrchestration.Key", Name = "TestOrchestration", Type = ModelConstants.ResourceDefinitionOrchestration, ResourceContent = SerializeToString(metaModel)
};
asmContainer.ResourceDefinitions.Add(orchestration);
applicationOne = new BizTalkApplication()
{
Name = "ApplicationOne"
};
applicationOne.Orchestrations.Add(new Orchestration(asmContainer.Key, orchestration.Key)
{
Name = "OrchestrationOne"
});
applicationOne.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
var parsedApplication = new ParsedBizTalkApplication
{
Application = applicationOne
};
group.Applications.Add(parsedApplication);
var container = new ResourceContainer();
container.ResourceDefinitions.Add(new ResourceDefinition());
container.ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
model.MigrationSource.ResourceContainers.Add(container);
});
"And an application with no orchestrations"
.x(() =>
{
applicationTwo = new BizTalkApplication()
{
Name = "ApplicationTwo"
};
group.Applications.Add(
new ParsedBizTalkApplication
{
Application = applicationTwo
});
});
"And a BizTalk Orchestration Parser"
.x(() => parser = new BizTalkOrchestrationParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the parser should not throw an exception"
.x(() => e.Should().BeNull());
"And the error count should be 0"
.x(() =>
{
context.Errors.Should().BeNullOrEmpty();
});
"And the model on the orchestration should be equivalent to the ODX for the first application"
.x(() =>
{
// Validate the structure of the model.
group.Applications[0].Application.Orchestrations.Should().NotBeNullOrEmpty().And.HaveCount(1);
var orchestration = group.Applications[0].Application.Orchestrations[0];
group.Applications[0].Application.Orchestrations[0].Model.Should().NotBeNull();
// Validate the contents of the model.
orchestration.Model.MajorVersion.Should().Be(metaModel.MajorVersion);
orchestration.Model.MinorVersion.Should().Be(metaModel.MinorVersion);
orchestration.Model.Core.Should().Be(metaModel.Core);
orchestration.Model.Element.Should().NotBeNullOrEmpty();
orchestration.Model.Element.Should().HaveCount(metaModel.Element.Length);
});
}
private void UnpackMsiFiles(AzureIntegrationServicesModel model, MigrationContext context)
{
// Create new migration source object model
var group = new ParsedBizTalkApplicationGroup();
// Get MSI containers
var msiContainers = model.MigrationSource.ResourceContainers.Where(c => c.Type == ModelConstants.ResourceContainerMsi).ToArray();
foreach (var msiContainer in msiContainers)
{
if (_fileRepository.CheckFileExists(msiContainer.ContainerLocation))
{
_logger.LogDebug(TraceMessages.UnpackingTheMsi, msiContainer.ContainerLocation);
try
{
// Create application in source model
var application = new ParsedBizTalkApplication();
group.Applications.Add(application);
// Set new working folder
var appWorkingFolder = Path.Combine(context.WorkingFolder, msiContainer.Name);
// Create a folder for the application
application.WorkingFolder = _fileRepository.CreateApplicationWorkingFolder(appWorkingFolder, application.Id.ToString()).FullName;
// Set resource container reference
application.ResourceContainerKey = msiContainer.Key;
// Extract files in MSI file
var msiFiles = _fileRepository.ExtractFilesInMsi(msiContainer.ContainerLocation, application.WorkingFolder);
foreach (var msiFile in msiFiles.Select(f => new FileInfo(f)).GroupBy(f => f.FullName).Select(f => f.First()))
{
var resourceName = Path.GetFileNameWithoutExtension(msiFile.Name);
var resourceKey = string.Concat(msiContainer.Name, ":", resourceName);
if (msiFile.Extension == MsiDiscoverer.ApplicationDefinitionFileExtension)
{
// Application definition file
var adfFileContents = _fileRepository.ReadAdfFile(msiFile.FullName);
var adfResourceDefinition = new ResourceDefinition()
{
Key = resourceKey, Name = resourceName, Type = ModelConstants.ResourceDefinitionApplicationDefinition, ResourceContent = adfFileContents
};
msiContainer.ResourceDefinitions.Add(adfResourceDefinition);
// Set resource container and definition references
application.Application.ApplicationDefinition = new ApplicationDefinitionFile(msiContainer.Key, adfResourceDefinition.Key);
_logger.LogDebug(TraceMessages.CreatedTheApplicationResourceDefinition, application.Application.ApplicationDefinition.ResourceDefinitionKey);
}
else if (msiFile.Extension != MsiDiscoverer.CabinetFileExtension)
{
// Any other file, just add as a file resource
var resourceDefinition = new ResourceDefinition()
{
Key = resourceKey, Name = resourceName, Type = ModelConstants.ResourceDefinitionFile, ResourceContent = msiFile.FullName
};
msiContainer.ResourceDefinitions.Add(resourceDefinition);
_logger.LogDebug(TraceMessages.CreatedTheResourceDefinition, resourceDefinition.Key);
}
}
// Get CAB files
var cabFiles = _fileRepository.GetCabFiles(application.WorkingFolder);
foreach (var cabFile in cabFiles.Select(f => new FileInfo(f)).GroupBy(f => f.FullName).Select(f => f.First()))
{
// Add resource container
var containerName = Path.GetFileNameWithoutExtension(cabFile.Name);
var containerKey = string.Concat(msiContainer.Key, ":", containerName);
var cabContainer = new ResourceContainer()
{
Key = containerKey, Name = containerName, Type = ModelConstants.ResourceContainerCab, ContainerLocation = cabFile.FullName
};
msiContainer.ResourceContainers.Add(cabContainer);
// Set resource container reference
application.Application.ResourceContainerKeys.Add(cabContainer.Key);
// Now extract files in Cabinet file
var cabPath = Path.Combine(application.WorkingFolder, Path.GetFileNameWithoutExtension(cabFile.Name));
_logger.LogDebug(TraceMessages.ExtractingCabFilesFromPath, cabPath);
var files = _fileRepository.ExtractFilesInCab(cabFile.FullName, cabPath);
foreach (var file in files.Select(f => new FileInfo(f)).GroupBy(f => f.FullName).Select(f => f.First()))
{
var name = Path.GetFileNameWithoutExtension(file.Name);
var key = string.Concat(cabContainer.Key, ":", name);
if (file.Name == MsiDiscoverer.BindingFileName)
{
// Binding file
var bindingFileContents = _fileRepository.ReadBindingFile(file.FullName);
var bindingResourceDefinition = new ResourceDefinition()
{
Key = key, Name = name, Type = ModelConstants.ResourceDefinitionBindings, ResourceContent = bindingFileContents
};
cabContainer.ResourceDefinitions.Add(bindingResourceDefinition);
// Set resource container and definition references
application.Application.Bindings = new BindingFile(cabContainer.Key, bindingResourceDefinition.Key);
_logger.LogDebug(TraceMessages.DiscoveredTheBindingFile, bindingResourceDefinition.Key);
}
else if (file.Extension == MsiDiscoverer.AssemblyFileExtension)
{
// Assembly file
var asmContainer = new ResourceContainer()
{
Key = key, Name = name, Type = ModelConstants.ResourceContainerAssembly, ContainerLocation = file.FullName
};
cabContainer.ResourceContainers.Add(asmContainer);
// Set resource container.
application.Application.Assemblies.Add(new AssemblyFile(asmContainer.Key));
_logger.LogDebug(TraceMessages.DiscoveredTheAssembly, asmContainer.Key);
}
else
{
// Any other file, just add as a file resource
cabContainer.ResourceDefinitions.Add(new ResourceDefinition()
{
Key = key, Name = name, Type = ModelConstants.ResourceDefinitionFile, ResourceContent = file.FullName
});
}
}
}
}
catch (Exception ex)
{
var message = string.Format(CultureInfo.CurrentCulture, ErrorMessages.ErrorProcessingMSIFile, msiContainer.ContainerLocation, ex.ToString());
context.Errors.Add(new ErrorMessage(message));
_logger.LogError(message);
}
}
else
{
var message = string.Format(CultureInfo.CurrentCulture, ErrorMessages.ErrorMsiNotFound, msiContainer.ContainerLocation);
context.Errors.Add(new ErrorMessage(message));
_logger.LogError(message);
}
}
model.MigrationSource.MigrationSourceModel = group;
}
public void ParseFailureMissingBindings(DistributionListParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with a filter on the distribution list"
.x(() =>
{
var bindingInfo = new BindingInfo();
var distributionList = new List <DistributionList>
{
new DistributionList()
{
ResourceKey = "distributionlistresourcekey",
Name = "Distribution List 1",
Description = "Distribution List Description 1.",
Filter = "<?xml version=\"1.0\" encoding=\"utf-16\"?>\n<Filter xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">\n <Group>\n <Statement Property=\"AzureBlobStorage.BlobName\" Operator=\"0\" Value=\"Blobby\" />\n </Group>\n</Filter>"
}
};
bindingInfo.DistributionListCollection = distributionList.ToArray();
var application = new ParsedBizTalkApplication();
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new DistributionListParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the model should be parsed with a warning."
.x(() =>
{
// There should be no exception logged - this is a handled scenario.
context.Errors.Count.Should().Be(0);
// The application definition cannot be read and so the name should be default
var group = (ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel;
group.Applications[0].Application.Name.Should().Be("(Unknown)");
// An error should be logged
var invocation = _mockLogger.Invocations.Where(i => i.Arguments[0].ToString() == "Warning").FirstOrDefault();
invocation.Should().NotBeNull();
invocation.Arguments[2].ToString().Should().Contain("Unable to find the binding info resource");
});
}
public void ParseSuccessfulPropertySchema(PropertySchemaPropertyParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
model.MigrationSource.ResourceContainers.Add(new ResourceContainer()
{
Key = "TestContainer.Key", Name = "TestContainer"
});
var content = "<?xml version=\"1.0\" encoding=\"utf-16\"?><xs:schema xmlns=\"http://Microsoft.AzureIntegrationMigration.BizTalk.TestApps.Schemas.PropertySchema1\" xmlns:b=\"http://schemas.microsoft.com/BizTalk/2003\" targetNamespace=\"https://Microsoft.AzureIntegrationMigration.BizTalk.TestApps.Schemas.PropertySchema1\" xmlns:xs=\"http://www.w3.org/2001/XMLSchema\"><xs:annotation><xs:appinfo><b:schemaInfo schema_type=\"property\" xmlns:b=\"http://schemas.microsoft.com/BizTalk/2003\" /></xs:appinfo></xs:annotation><xs:element name=\"TestStringProperty1\" type=\"xs:string\"><xs:annotation><xs:appinfo><b:fieldInfo propertyGuid=\"4efaeaed-05b9-4fe5-b05f-677b5d9e2a6b\" /></xs:appinfo></xs:annotation></xs:element><xs:element name=\"TestIntegerProperty1\" type=\"xs:int\"><xs:annotation><xs:appinfo><b:fieldInfo propertyGuid=\"bb67d7e6-103a-4567-a405-6d854bc02d5d\" /></xs:appinfo></xs:annotation></xs:element><xs:element name=\"TestBoolProperty1\" type=\"xs:boolean\"><xs:annotation><xs:appinfo><b:fieldInfo propertyGuid=\"5f6fbe77-d32b-4ff3-a9b4-e9602c7aa52f\" /></xs:appinfo></xs:annotation></xs:element></xs:schema>";
model.MigrationSource.ResourceContainers[0].ResourceDefinitions.Add(new ResourceDefinition()
{
Key = "TestSchema.Key", Name = "TestSchema", Type = ModelConstants.ResourceDefinitionSchema, ResourceContent = content
});
group.Applications.Add(new ParsedBizTalkApplication()
{
Application = new BizTalkApplication()
});
group.Applications[0].Application.Schemas.Add(new Schema("TestContainer.Key", "TestSchema.Key")
{
SchemaType = BizTalkSchemaType.Property,
Namespace = "TestNamespace",
Name = "TestPropertySchema",
FullName = "TestNamespace.TestSchema"
});
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new PropertySchemaPropertyParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the property schema should be correctly parsed."
.x(() =>
{
var schema = group.Applications[0].Application.Schemas[0];
schema.SchemaType.Should().Be(BizTalkSchemaType.Property);
schema.ContextProperties.Count.Should().Be(3);
schema.ContextProperties[0].PropertyName.Should().Be("TestStringProperty1");
schema.ContextProperties[0].DataType.Should().Be("xs:string");
schema.ContextProperties[0].FullyQualifiedName.Should().Be("TestNamespace.TestStringProperty1");
schema.ContextProperties[1].PropertyName.Should().Be("TestIntegerProperty1");
schema.ContextProperties[1].DataType.Should().Be("xs:int");
schema.ContextProperties[1].FullyQualifiedName.Should().Be("TestNamespace.TestIntegerProperty1");
schema.ContextProperties[2].PropertyName.Should().Be("TestBoolProperty1");
schema.ContextProperties[2].DataType.Should().Be("xs:boolean");
schema.ContextProperties[2].FullyQualifiedName.Should().Be("TestNamespace.TestBoolProperty1");
// Check that the resources have been created
var resourceDefinition = model.MigrationSource.ResourceContainers[0].ResourceDefinitions[0];
resourceDefinition.Resources.Count.Should().Be(1);
resourceDefinition.Resources[0].Name.Should().Be(schema.Name);
resourceDefinition.Resources[0].Resources.Count.Should().Be(3);
resourceDefinition.Resources[0].Resources[0].Name.Should().Be("TestStringProperty1");
resourceDefinition.Resources[0].Resources[1].Name.Should().Be("TestIntegerProperty1");
resourceDefinition.Resources[0].Resources[2].Name.Should().Be("TestBoolProperty1");
var schemaResource = resourceDefinition.Resources[0];
schema.Resource.Should().Be(schemaResource); // The pointer to the resource should be set.
schemaResource.ParentRefId.Should().Be(resourceDefinition.RefId); // The parent ref ID should be set.
schemaResource.SourceObject.Should().Be(schema); // The resource should have a pointer to the source object.
});
}
public void ParseSuccessfulEmptyFilterString(SendPortParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with send port definied in the binding and no filter expression"
.x(() =>
{
var bindingInfo = new BindingInfo();
var sendPorts = new List <SendPort>
{
new SendPort()
{
Name = "Send Port 1",
PrimaryTransport = new TransportInfo
{
TransportType = new ProtocolType
{
Name = "transportName"
}
},
IsTwoWay = false
}
};
bindingInfo.SendPortCollection = sendPorts.ToArray();
var application = new ParsedBizTalkApplication();
application.Application.Bindings = new BindingFile(bindingResourceContainerKey, bindingResourceDefinitionKey)
{
BindingInfo = bindingInfo
};
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
application.Application.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
var container = new ResourceContainer();
container.ResourceDefinitions.Add(new ResourceDefinition());
container.ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
model.MigrationSource.ResourceContainers.Add(container);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the filter group should be null - nothing created."
.x(() =>
{
var sendPort = group.Applications[0].Application.Bindings.BindingInfo.SendPortCollection[0];
sendPort.FilterExpression.Should().BeNull();
context.Errors.Count.Should().Be(0);
});
"And the resources should be set."
.x(() =>
{
var appModel = (AzureIntegrationServicesModel)model;
// Check the send port source has been created.
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().NotBeNullOrEmpty();
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().HaveCount(1);
var sendPortSource = appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources[0];
// Get the send port from the bindings.
var sendPort = group.Applications[0].Application.Bindings.BindingInfo.SendPortCollection[0];
// Validate the send port source.
sendPortSource.Name.Should().Be(sendPort.Name);
sendPortSource.Description.Should().Be(sendPort.Description);
sendPortSource.Type.Should().Be(ModelConstants.ResourceSendPort);
sendPortSource.Key.Should().Be(sendPort.ResourceKey);
sendPortSource.Resources.Should().BeNullOrEmpty();
sendPortSource.Properties.Should().ContainKey("Direction");
sendPortSource.Properties["Direction"].Should().Be("One-Way");
});
}
/// <summary>
/// Creates a default object model for parsing and building a report.
/// </summary>
/// <returns></returns>
public static AzureIntegrationServicesModel CreateDefaultModelForParsing()
{
var aisModel = new AzureIntegrationServicesModel();
// Create a report node with a resource container and resource definitions
var resourceContainer = new ResourceContainer()
{
Name = "TestApp1.msi",
Description = "This is the description of the MSI.",
Type = ModelConstants.ResourceContainerMsi,
Key = "test-app-1-container-key"
};
aisModel.MigrationSource.ResourceContainers.Add(resourceContainer);
var appResourceDefinition1 = new ResourceDefinition()
{
Name = "App 1 Resource Definition",
Key = $"{resourceContainer.Key}:app-1",
Description = "App 1 Description",
Type = ModelConstants.ResourceDefinitionApplicationDefinition
};
resourceContainer.ResourceDefinitions.Add(appResourceDefinition1);
var appResource1 = new ResourceItem
{
Name = "App 1 Resource Definition Application",
Key = $"{appResourceDefinition1.Key}:app-resource-1",
Description = "App 1 Resource Description",
Type = ModelConstants.ResourceApplication
};
appResourceDefinition1.Resources.Add(appResource1);
var appResourceDefinition2 = new ResourceDefinition()
{
Name = "App 2 Resource Definition",
Key = $"{resourceContainer.Key}:app-2",
Description = "App 2 Description",
Type = ModelConstants.ResourceDefinitionApplicationDefinition
};
resourceContainer.ResourceDefinitions.Add(appResourceDefinition2);
var appResource2 = new ResourceItem
{
Name = "App 2 Resource Definition Application",
Key = $"{appResourceDefinition2.Key}:app-resource-2",
Description = "App 1 Resource Description",
Type = ModelConstants.ResourceApplication
};
appResourceDefinition2.Resources.Add(appResource2);
var appResourceDefinition3 = new ResourceDefinition()
{
Name = "App 3 Resource Definition",
Key = $"{resourceContainer.Key}:app-3",
Description = "App 3 Description",
Type = ModelConstants.ResourceDefinitionApplicationDefinition
};
resourceContainer.ResourceDefinitions.Add(appResourceDefinition3);
var appResource3 = new ResourceItem
{
Name = "App 3 Resource Definition Application",
Key = $"{appResourceDefinition3.Key}:pp-resource-3",
Description = "App 3 Resource Description",
Type = ModelConstants.ResourceApplication
};
appResourceDefinition3.Resources.Add(appResource3);
var schemaResourceDefinition1 = new ResourceDefinition()
{
Name = "DocumentSchema1",
Description = "This is document schema 1.",
Type = ModelConstants.ResourceDefinitionSchema,
Key = $"{resourceContainer.Key}:document-schema-1"
};
resourceContainer.ResourceDefinitions.Add(schemaResourceDefinition1);
var schemaResource1 = new ResourceItem()
{
Name = "DocumentSchema1",
Description = "This is document schema 1.",
Type = ModelConstants.ResourceDocumentSchema,
Key = $"{schemaResourceDefinition1.Key}:document-schema-1:schema"
};
schemaResourceDefinition1.Resources.Add(schemaResource1);
var schemaResourceDefinition2 = new ResourceDefinition()
{
Name = "DocumentSchema2",
Description = "This is document schema 2.",
Type = ModelConstants.ResourceDefinitionSchema,
Key = $"{resourceContainer.Key}:document-schema-2"
};
resourceContainer.ResourceDefinitions.Add(schemaResourceDefinition2);
var schemaResource2 = new ResourceItem()
{
Name = "DocumentSchema2",
Description = "This is document schema 2.",
Type = ModelConstants.ResourceDocumentSchema,
Key = $"{schemaResourceDefinition2.Key}:document-schema-2:schema"
};
schemaResourceDefinition2.Resources.Add(schemaResource2);
var schemaResourceDefinition3 = new ResourceDefinition()
{
Name = "PropertySchema1",
Description = "This is property schema 1.",
Type = ModelConstants.ResourceDefinitionSchema,
Key = $"{resourceContainer.Key}:property-schema-1"
};
resourceContainer.ResourceDefinitions.Add(schemaResourceDefinition3);
var schemaResource3 = new ResourceItem()
{
Name = "PropertySchema1",
Description = "This is property schema 2.",
Type = ModelConstants.ResourceDocumentSchema,
Key = $"{schemaResourceDefinition3.Key}:property-schema-1:schema"
};
schemaResourceDefinition3.Resources.Add(schemaResource3);
var schemaResource3Property1 = new ResourceItem()
{
Name = "Property1",
Description = "This is property 2",
Type = ModelConstants.ResourcePropertySchema,
Key = $"{schemaResourceDefinition3.Key}:property-schema-1:schema:Property1"
};
schemaResourceDefinition3.Resources.Add(schemaResource3Property1);
var schemaResource3Property2 = new ResourceItem()
{
Name = "Property2",
Description = "This is property 2",
Type = ModelConstants.ResourcePropertySchema,
Key = $"{schemaResourceDefinition3.Key}:property-schema-1:schema:Property2"
};
schemaResourceDefinition3.Resources.Add(schemaResource3Property2);
var transformResourceDefinition1 = new ResourceDefinition()
{
Name = "Transform1",
Description = "This is transform 1.",
Type = ModelConstants.ResourceDefinitionMap,
Key = $"{resourceContainer.Key}:transform-1"
};
resourceContainer.ResourceDefinitions.Add(transformResourceDefinition1);
var transformResource1 = new ResourceItem()
{
Name = "Transform1",
Description = "This is the transform 1, resource",
Type = ModelConstants.ResourceMap,
Key = $"{transformResourceDefinition1.Key}:transform-1-resource"
};
transformResourceDefinition1.Resources.Add(transformResource1);
var bindingResourceDefinition1 = new ResourceDefinition()
{
Name = "Binding1",
Description = "This is binding 1.",
Type = ModelConstants.ResourceDefinitionBindings,
Key = $"{resourceContainer.Key}:binding-1"
};
resourceContainer.ResourceDefinitions.Add(bindingResourceDefinition1);
var sendPortResource1 = new ResourceItem()
{
Name = "SendPort1",
Description = "This is sendport 1.",
Type = ModelConstants.ResourceSendPort,
Key = $"{bindingResourceDefinition1.Key}:sendport-1"
};
bindingResourceDefinition1.Resources.Add(sendPortResource1);
var sendPortFilterResource1 = new ResourceItem()
{
Name = "SendPort1-Filter",
Description = "This is sendport 1, filter expression",
Type = ModelConstants.ResourceFilterExpression,
Key = $"{sendPortResource1.Key}:sendport-1-filter"
};
sendPortResource1.Resources.Add(sendPortFilterResource1);
var receivePortResource1 = new ResourceItem()
{
Name = "ReceivePort1",
Description = "This is receive port 1.",
Type = ModelConstants.ResourceReceivePort,
Key = $"{bindingResourceDefinition1.Key}:receiveport-1"
};
bindingResourceDefinition1.Resources.Add(receivePortResource1);
var receiveLocation1 = new ResourceItem()
{
Name = "ReceiveLocation1",
Description = "This is receive location 1.",
Type = ModelConstants.ResourceReceiveLocation,
Key = $"{receivePortResource1.Key}:receivelocation-1"
};
receivePortResource1.Resources.Add(receiveLocation1);
var distributionListResource1 = new ResourceItem
{
Name = "DistributionList1",
Description = "This is distributionlist 1.",
Type = ModelConstants.ResourceDistributionList,
Key = $"{bindingResourceDefinition1.Key}:distributionlist-1"
};
bindingResourceDefinition1.Resources.Add(distributionListResource1);
var distributionListFilterResource1 = new ResourceItem
{
Name = "DistributionListFilter1",
Description = "This is distribution list filer 1.",
Type = ModelConstants.ResourceFilterExpression,
Key = $"{distributionListResource1.Key}:distributionlistfilter-1"
};
distributionListResource1.Resources.Add(distributionListFilterResource1);
// Create a parsed BizTalk Application Group
var applicationGroup = new ParsedBizTalkApplicationGroup();
aisModel.MigrationSource.MigrationSourceModel = applicationGroup;
// Create applications
var application1 = new ParsedBizTalkApplication();
application1.Application.Name = "Test App 1";
applicationGroup.Applications.Add(application1);
var application2 = new ParsedBizTalkApplication();
application2.Application.Name = "Test App 2";
application2.Application.Bindings = new BindingFile {
BindingInfo = new BindingInfo()
};
applicationGroup.Applications.Add(application2);
var application3 = new ParsedBizTalkApplication();
application3.Application.Name = "Test App 3";
applicationGroup.Applications.Add(application3);
application3.Application.Bindings = new BindingFile {
BindingInfo = new BindingInfo()
};
var container = new ResourceContainer();
container.ResourceDefinitions.Add(new ResourceDefinition());
container.ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = appResource1.Key
});
aisModel.MigrationSource.ResourceContainers.Add(container);
// Create application definitions
application1.Application.ApplicationDefinition = new ApplicationDefinitionFile()
{
ResourceContainerKey = resourceContainer.Key,
ResourceDefinitionKey = appResourceDefinition1.Key,
ResourceKey = appResource1.Key,
ApplicationDefinition = new ApplicationDefinition()
{
Properties = new List <ApplicationDefinitionProperty>()
{
new ApplicationDefinitionProperty()
{
Name = "DisplayName", Value = application1.Application.Name
},
new ApplicationDefinitionProperty()
{
Name = "ApplicationDescription", Value = application1.Application.Name + " Description"
}
}.ToArray()
}
};
application2.Application.ApplicationDefinition = new ApplicationDefinitionFile()
{
ResourceContainerKey = resourceContainer.Key,
ResourceDefinitionKey = appResourceDefinition2.Key,
ResourceKey = appResource2.Key,
ApplicationDefinition = new ApplicationDefinition()
{
References = new List <ApplicationDefinitionReference>()
{
new ApplicationDefinitionReference()
{
Name = application3.Application.Name
}
}.ToArray(),
Properties = new List <ApplicationDefinitionProperty>()
{
new ApplicationDefinitionProperty()
{
Name = "DisplayName", Value = application2.Application.Name
},
new ApplicationDefinitionProperty()
{
Name = "ApplicationDescription", Value = application2.Application.Name + " Description"
}
}.ToArray()
}
};
application3.Application.ApplicationDefinition = new ApplicationDefinitionFile()
{
ResourceContainerKey = resourceContainer.Key,
ResourceDefinitionKey = appResourceDefinition3.Key,
ResourceKey = appResource3.Key,
ApplicationDefinition = new ApplicationDefinition()
{
Properties = new List <ApplicationDefinitionProperty>()
{
new ApplicationDefinitionProperty()
{
Name = "DisplayName", Value = application3.Application.Name
},
new ApplicationDefinitionProperty()
{
Name = "ApplicationDescription", Value = application3.Application.Name + " Description"
}
}.ToArray()
}
};
// Create schemas
var documentSchema1 = new Types.Entities.Schema()
{
Name = "DocumentSchema1",
Namespace = "Test.Schemas",
FullName = "Test.Schemas.DocumentSchema1",
XmlNamespace = "http://schemas.test.com/DocumentSchema1",
RootNodeName = "Root",
ResourceContainerKey = "app-1-assembly-resource-key",
ResourceDefinitionKey = schemaResourceDefinition1.Key,
ResourceKey = schemaResource1.Key,
SchemaType = BizTalkSchemaType.Document
};
documentSchema1.MessageDefinitions.Add(new MessageDefinition(documentSchema1.RootNodeName, documentSchema1.XmlNamespace, "Test.Schemas.DocumentSchema1", "DocumentSchema1", "document-schema-1:schema:Root"));
documentSchema1.PromotedProperties.Add(new PromotedProperty()
{
PropertyType = "Test.Schemas.PropertySchema1.Property1", XPath = "some xpath"
});
application1.Application.Schemas.Add(documentSchema1);
var documentSchema2 = new Types.Entities.Schema()
{
Name = "DocumentSchema2",
Namespace = "Test.Schemas",
FullName = "Test.Schemas.DocumentSchema2",
XmlNamespace = "http://schemas.test.com/DocumentSchema2",
RootNodeName = "Root",
ResourceContainerKey = "app-1-assembly-resource-key",
ResourceDefinitionKey = schemaResourceDefinition2.Key,
ResourceKey = schemaResource2.Key,
SchemaType = BizTalkSchemaType.Document
};
documentSchema2.MessageDefinitions.Add(new MessageDefinition(documentSchema2.RootNodeName, documentSchema2.XmlNamespace, "Test.Schemas.DocumentSchema2", "DocumentSchema2", "document-schema-2:schema:Root"));
application1.Application.Schemas.Add(documentSchema2);
var propertySchema = new Types.Entities.Schema()
{
Name = "PropertySchema1",
Namespace = "Test.Schemas",
FullName = "Test.Schemas.PropertySchema1",
XmlNamespace = "http://schemas.test.com/PropertySchema1",
RootNodeName = "Root",
ResourceDefinitionKey = schemaResourceDefinition3.Key,
ResourceKey = schemaResource3.Key,
SchemaType = BizTalkSchemaType.Property
};
propertySchema.ContextProperties.Add(new ContextProperty()
{
DataType = "xs:string", FullyQualifiedName = "Test.Schemas.PropertySchema1.Property1", PropertyName = schemaResource3Property1.Name, Namespace = "Test.Schemas.PropertySchema1", ResourceKey = schemaResource3Property1.Key
});
propertySchema.ContextProperties.Add(new ContextProperty()
{
DataType = "xs:int", FullyQualifiedName = "Test.Schemas.PropertySchema1.Property2", PropertyName = schemaResource3Property2.Name, Namespace = "Test.Schemas.PropertySchema1", ResourceKey = schemaResource3Property2.Key
});
application1.Application.Schemas.Add(propertySchema);
// Create transforms
var map = new Types.Entities.Transform()
{
Name = "Transform1",
FullName = "Test.Maps.Transform1",
ModuleName = "Test.Maps, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null",
Namespace = "Test.Maps",
ResourceContainerKey = resourceContainer.Key,
ResourceDefinitionKey = transformResourceDefinition1.Key
};
map.SourceSchemaTypeNames.Add("Test.Schemas.DocumentSchema1");
map.TargetSchemaTypeNames.Add("Test.Schemas.DocumentSchema2");
application1.Application.Transforms.Add(map);
// Create send ports.
var sendPort = new SendPort
{
ResourceKey = sendPortResource1.Key,
Description = "This is a send port description.",
Name = "Test.SendPorts.SendPort1",
FilterExpression = new Types.Entities.Filters.Filter
{
Group = new Types.Entities.Filters.Group[]
{
new Types.Entities.Filters.Group
{
Statement = new Types.Entities.Filters.Statement[]
{
new Types.Entities.Filters.Statement()
}
}
}
}
};
/// Create receive ports.
var receivePort = new ReceivePort
{
ResourceKey = receivePortResource1.Key,
Description = receivePortResource1.Description,
Name = receivePortResource1.Name,
ReceiveLocations = new ReceiveLocation[]
{
new ReceiveLocation
{
ResourceKey = receiveLocation1.Key,
Name = receiveLocation1.Name,
Description = receiveLocation1.Name
}
}
};
// Create distribution lists.
var distributionList = new DistributionList
{
ResourceKey = distributionListResource1.Key,
Description = distributionListResource1.Description,
Name = distributionListResource1.Name,
FilterExpression = new Types.Entities.Filters.Filter
{
ResourceKey = distributionListFilterResource1.Key,
Group = new Types.Entities.Filters.Group[]
{
new Types.Entities.Filters.Group()
}
}
};
application1.Application.Bindings = new BindingFile
{
BindingInfo = new BindingInfo
{
SendPortCollection = new SendPort[] { sendPort },
ReceivePortCollection = new ReceivePort[] { receivePort },
DistributionListCollection = new DistributionList[] { distributionList }
}
};
var app1Msi = new ResourceContainer()
{
Name = "App 1 MSI",
Description = "App 1 MSI Description",
Key = "app-1-msi-resource-key",
Type = ModelConstants.ResourceContainerMsi
};
aisModel.MigrationSource.ResourceContainers.Add(app1Msi);
var app1Cab = new ResourceContainer()
{
Name = "App 1 CAB",
Description = "App 1 CAB Description",
Key = $"{app1Msi.Key}:app-1-cab-resource-key",
Type = ModelConstants.ResourceContainerCab
};
app1Msi.ResourceContainers.Add(app1Cab);
var app1Assembly = new ResourceContainer()
{
Name = "App 1 Assembly",
Description = "App 1 Assembly Description",
Key = $"{app1Cab.Key}:app-1-assembly-resource-key",
Type = ModelConstants.ResourceContainerAssembly
};
app1Cab.ResourceContainers.Add(app1Assembly);
var app1Schema = new ResourceDefinition()
{
Name = "Document Schema 1",
Description = "Document Schema 1 Description",
Key = $"{app1Assembly.Key}:document-schema-1",
Type = ModelConstants.ResourceDefinitionSchema
};
app1Assembly.ResourceDefinitions.Add(app1Schema);
var app1DocumentSchema = new ResourceItem()
{
Name = "DocumentSchema1",
Description = "DocumentSchema1Description",
Key = $"{app1Schema.Key}:app-1-schema-resource-key"
};
app1Schema.Resources.Add(app1DocumentSchema);
var app1Schema2 = new ResourceDefinition()
{
Name = "Document Schema 2",
Description = "Document Schema 2 Description",
Key = $"{app1Assembly.Key}:document-schema-2",
Type = ModelConstants.ResourceDefinitionSchema
};
app1Assembly.ResourceDefinitions.Add(app1Schema2);
var app1DocumentSchema2 = new ResourceItem()
{
Name = "DocumentSchema2",
Description = "DocumentSchema2Description",
Key = $"{app1Schema.Key}:app-1-schema-2-resource-key"
};
app1Schema.Resources.Add(app1DocumentSchema2);
return(aisModel);
}
public void ParseFailureInvalidXml(SendPortParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with send port definied in the binding and an invalid filter expression"
.x(() =>
{
var bindingInfo = new BindingInfo();
var sendPorts = new List <SendPort>
{
new SendPort()
{
Filter = "invalid xml",
Name = "Send Port 1",
PrimaryTransport = new TransportInfo
{
TransportType = new ProtocolType
{
Name = "transportName"
}
}
}
};
bindingInfo.SendPortCollection = sendPorts.ToArray();
var application = new ParsedBizTalkApplication();
application.Application.Bindings = new BindingFile(bindingResourceContainerKey, bindingResourceDefinitionKey)
{
BindingInfo = bindingInfo
};
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
application.Application.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
var container = new ResourceContainer();
container.ResourceDefinitions.Add(new ResourceDefinition());
container.ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
model.MigrationSource.ResourceContainers.Add(container);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the parser should have recorded an error when processing the filter."
.x(() =>
{
var sendPort = group.Applications[0].Application.Bindings.BindingInfo.SendPortCollection[0];
sendPort.FilterExpression.Should().BeNull();
context.Errors.Count.Should().Be(1);
});
}
public void ParseFailureNoBindings(PipelineDataParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = CreateGroup(Array.Empty <SendPort>());
model.MigrationSource.MigrationSourceModel = group;
group.Applications[0].Application.Bindings = null; // Blank bindings forces a skip in processing.
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortPipelineDataParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"And the model should be parsed with a warning."
.x(() =>
{
// There should be no exception logged - this is a handled scenario.
context.Errors.Count.Should().Be(0);
// The application definition cannot be read and so the name should be default
var group = (ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel;
group.Applications[0].Application.Name.Should().Be("(Unknown)");
// An error should be logged
var invocation = _mockLogger.Invocations.Where(i => i.Arguments[0].ToString() == "Warning").FirstOrDefault();
invocation.Should().NotBeNull();
invocation.Arguments[2].ToString().Should().Contain("Unable to find the binding info resource");
});
}
public void ParseOneSendPortAndInvalidSendData(PipelineDataParser parser, ILogger logger, List <SendPort> sendPorts, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model with one send port and invalid send data XML"
.x(() =>
{
model = new AzureIntegrationServicesModel();
sendPorts = new List <SendPort> {
new SendPort()
};
sendPorts[0].SendPipelineData = "Invalid XML";
group = CreateGroup(sendPorts.ToArray());
model.MigrationSource.MigrationSourceModel = group;
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortPipelineDataParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And there should be one error"
.x(() =>
{
context.Errors.Should().HaveCount(1);
context.Errors[0].Message.Should().Contain("Send");
});
}
public void ParseSuccessfulOneSendPort(PipelineDataParser parser, ILogger logger, List <SendPort> sendPorts, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model with one send port"
.x(() =>
{
model = new AzureIntegrationServicesModel();
sendPorts = new List <SendPort> {
new SendPort()
};
group = CreateGroup(sendPorts.ToArray());
model.MigrationSource.MigrationSourceModel = group;
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortPipelineDataParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
}
public void ParseFailureMissingBindings(SendPortParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with send port definied in the binding and no filter expression"
.x(() =>
{
var bindingInfo = new BindingInfo();
var sendPorts = new List <SendPort>
{
new SendPort()
{
Name = "Send Port 1",
PrimaryTransport = new TransportInfo
{
TransportType = new ProtocolType
{
Name = "transportName"
}
}
}
};
bindingInfo.SendPortCollection = sendPorts.ToArray();
var application = new ParsedBizTalkApplication();
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
application.Application.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
var container = new ResourceContainer();
container.ResourceDefinitions.Add(new ResourceDefinition());
container.ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
model.MigrationSource.ResourceContainers.Add(container);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"And the model should be parsed with a warning."
.x(() =>
{
// There should be no exception logged - this is a handled scenario.
context.Errors.Count.Should().Be(0);
// The application definition cannot be read and so the name should be default
var group = (ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel;
group.Applications[0].Application.Name.Should().Be("(Unknown)");
// An error should be logged
var invocation = _mockLogger.Invocations.Where(i => i.Arguments[0].ToString() == "Warning").FirstOrDefault();
invocation.Should().NotBeNull();
invocation.Arguments[2].ToString().Should().Contain("Unable to find the binding info resource");
});
}
public void ParseSuccessfulSingleDistributionListAndNoFilter(DistributionListParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with no filter on the distribution list"
.x(() =>
{
var bindingInfo = new BindingInfo();
var distributionList = new List <DistributionList>
{
new DistributionList()
{
ResourceKey = "distributionlistresourcekey",
Name = "Distribution List 1",
Description = "Distribution List Description 1."
}
};
bindingInfo.DistributionListCollection = distributionList.ToArray();
var application = new ParsedBizTalkApplication();
application.Application.Bindings = new BindingFile(bindingResourceContainerKey, bindingResourceDefinitionKey)
{
BindingInfo = bindingInfo
};
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
application.Application.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
model.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new DistributionListParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the filter group should be null - nothing created."
.x(() =>
{
var item = group.Applications[0].Application.Bindings.BindingInfo.DistributionListCollection[0];
item.FilterExpression.Should().BeNull();
context.Errors.Count.Should().Be(0);
});
"And the resources should be set."
.x(() =>
{
var appModel = (AzureIntegrationServicesModel)model;
// Check the distribution list source has been created.
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().NotBeNullOrEmpty();
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().HaveCount(2);
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources[0].ResourceRelationships.Should().HaveCount(1);
var distributionListSource = appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources[1];
// Get the distribution list from the bindings.
var distributionList = group.Applications[0].Application.Bindings.BindingInfo.DistributionListCollection[0];
// Validate the distribution list source.
distributionListSource.Name.Should().Be(distributionList.Name);
distributionListSource.Description.Should().Be(distributionList.Description);
distributionListSource.Type.Should().Be(ModelConstants.ResourceDistributionList);
distributionListSource.Key.Should().Be(distributionList.ResourceKey);
distributionListSource.Resources.Should().BeNullOrEmpty();
});
}
public void ParseCorrelationTypeWithSuccess(OrchestrationCorrelationTypeParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, Exception e)
{
var orchestrationDefinitionName = "orchestrationDefinitionName";
var orchestrationDefinitionKey = "orchestrationDefinitionKey";
var correlationTypeName = "correlationTypeName";
var asmContainerKey = "asmContainerKey";
"Given a source model with an orchestration and a correlation type"
.x(() =>
{
var odxModel = new MetaModel
{
Element = new Element[]
{
new Element
{
Type = "Module",
Element1 = new Element[]
{
new Element
{
Type = "CorrelationType",
Property = new ElementProperty[]
{
new ElementProperty {
Name = "Name", Value = correlationTypeName
}
}
}
}
}
}
};
var orchestration = new Orchestration
{
Name = orchestrationDefinitionName,
ResourceContainerKey = asmContainerKey,
ResourceDefinitionKey = orchestrationDefinitionKey,
Model = odxModel
};
var parsedApplication = new ParsedBizTalkApplication
{
Application = new BizTalkApplication()
};
parsedApplication.Application.Orchestrations.Add(orchestration);
model = new AzureIntegrationServicesModel();
var group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
group.Applications.Add(parsedApplication);
});
"And one orchestration in the source report model"
.x(() =>
{
var msiContainer = new ResourceContainer()
{
Key = "TestMsi.Key", Name = "TestMsi", Type = ModelConstants.ResourceContainerMsi, ContainerLocation = @"C:\Test\Test.msi"
};
model.MigrationSource.ResourceContainers.Add(msiContainer);
var cabContainer = new ResourceContainer()
{
Key = "TestCab.Key", Name = "TestCab", Type = ModelConstants.ResourceContainerCab, ContainerLocation = @"C:\Test\Test.CAB"
};
msiContainer.ResourceContainers.Add(cabContainer);
var asmContainer = new ResourceContainer()
{
Key = asmContainerKey, Name = "TestAssembly", Type = ModelConstants.ResourceContainerAssembly, ContainerLocation = @"C:\Test\Test.dll"
};
cabContainer.ResourceContainers.Add(asmContainer);
var orchestrationDefinition = new ResourceDefinition()
{
Key = orchestrationDefinitionKey,
Name = orchestrationDefinitionName,
Type = ModelConstants.ResourceDefinitionOrchestration
};
asmContainer.ResourceDefinitions.Add(orchestrationDefinition);
var metaModel = ((ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel).Applications[0].Application.Orchestrations[0].Model;
var metaModelResource = new ResourceItem()
{
Key = string.Concat(orchestrationDefinitionKey, ":", MetaModelConstants.MetaModelRootElement),
Name = MetaModelConstants.MetaModelRootElement,
Type = ModelConstants.ResourceMetaModel
};
metaModel.Resource = metaModelResource;
metaModelResource.SourceObject = metaModel;
orchestrationDefinition.Resources.Add(metaModelResource);
var moduleResource = new ResourceItem()
{
Key = string.Concat(metaModelResource.Key, ":", MetaModelConstants.ElementTypeModule),
Name = MetaModelConstants.ElementTypeModule,
Type = ModelConstants.ResourceModule
};
metaModelResource.Resources.Add(moduleResource);
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new OrchestrationCorrelationTypeParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And there should be no context errors"
.x(() => context.Errors.Should().HaveCount(0));
"And the resources should be set."
.x(() =>
{
// Check the correlation type resource has been created.
var moduleResource = model.FindResourcesByType(ModelConstants.ResourceModule).SingleOrDefault();
moduleResource.Should().NotBeNull();
var correlationTypeResource = model.FindResourcesByType(ModelConstants.ResourceCorrelationType).SingleOrDefault();
correlationTypeResource.Should().NotBeNull();
var correlationType = ((ParsedBizTalkApplicationGroup)model.MigrationSource.MigrationSourceModel).Applications[0].Application.Orchestrations[0].FindCorrelationTypes().Single();
// Validate the correlation type resource.
correlationTypeResource.Should().NotBeNull();
correlationTypeResource.Key.Should().Be(string.Concat(moduleResource.Key, ":", correlationTypeName));
correlationTypeResource.Name.Should().Be(correlationTypeName);
correlationTypeResource.Type.Should().Be(ModelConstants.ResourceCorrelationType);
correlationType.Resource.Should().Be(correlationTypeResource); // The pointer to the resource should be set.
correlationTypeResource.ParentRefId.Should().Be(moduleResource.RefId); // The parent ref ID should be set.
correlationTypeResource.SourceObject.Should().Be(correlationType); // The resource should have a pointer to the source object.
});
}
public void ParseFailureInvalidXmlForFilter(DistributionListParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with invalid XML in the distribution list filter"
.x(() =>
{
var bindingInfo = new BindingInfo();
var distributionList = new List <DistributionList>
{
new DistributionList()
{
ResourceKey = "distributionlistresourcekey",
Name = "Distribution List 1",
Description = "Distribution List Description 1.",
Filter = "<invalid-xml>"
}
};
bindingInfo.DistributionListCollection = distributionList.ToArray();
var application = new ParsedBizTalkApplication();
application.Application.Bindings = new BindingFile(bindingResourceContainerKey, bindingResourceDefinitionKey)
{
BindingInfo = bindingInfo
};
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
application.Application.ApplicationDefinition = new ApplicationDefinitionFile {
ResourceKey = "ResourceKey"
};
model.MigrationSource.ResourceContainers.Add(new ResourceContainer());
model.MigrationSource.ResourceContainers[0].ResourceDefinitions.Add(new ResourceDefinition());
model.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Add(new ResourceItem {
Key = "ResourceKey"
});
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new DistributionListParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the parser should have recorded an error when processing the filter."
.x(() =>
{
var item = group.Applications[0].Application.Bindings.BindingInfo.DistributionListCollection[0];
item.FilterExpression.Should().BeNull();
context.Errors.Count.Should().Be(1);
});
}
public void ParseSuccessfulSingleFilterGroup(SendPortParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
var bindingResourceContainerKey = "bindingResourceContainerKey";
var bindingResourceDefinitionKey = "bindingResourceDefinitionKey";
"Given a model with send port definied in the binding and filter expression"
.x(() =>
{
var bindingInfo = new BindingInfo();
var sendPorts = new List <SendPort>
{
new SendPort()
{
Name = "Send Port 1",
Filter = "<?xml version=\"1.0\" encoding=\"utf-8\"?>\n<Filter xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\">\n <Group>\n <Statement Property=\"FILE.ReceivedFileName\" Operator=\"6\" />\n <Statement Property=\"FILE.FileCreationTime\" Operator=\"3\" Value=\"SomeDate\" />\n <Statement Property=\"Microsoft.BizTalk.XLANGs.BTXEngine.OriginatorSID\" Operator=\"3\" Value=\"Test\" />\n </Group>\n <Group>\n <Statement Property=\"AzureBlobStorage.BlobName\" Operator=\"2\" Value=\"X\" />\n <Statement Property=\"AzureBlobStorage.CreateTime\" Operator=\"4\" Value=\"Y\" />\n </Group>\n <Group>\n <Statement Property=\"AzureBlobStorage.BlobType\" Operator=\"0\" Value=\"Z\" />\n </Group>\n</Filter>",
PrimaryTransport = new TransportInfo
{
TransportType = new ProtocolType
{
Name = "transportName"
}
},
IsTwoWay = true
}
};
bindingInfo.SendPortCollection = sendPorts.ToArray();
var application = new ParsedBizTalkApplication();
application.Application.Bindings = new BindingFile(bindingResourceContainerKey, bindingResourceDefinitionKey)
{
BindingInfo = bindingInfo
};
group = new ParsedBizTalkApplicationGroup();
group.Applications.Add(application);
model = new AzureIntegrationServicesModel();
model.MigrationSource.MigrationSourceModel = group;
var bindingResourceContainer = new ResourceContainer
{
Key = bindingResourceContainerKey
};
var bindingResourceDefinition = new ResourceDefinition
{
Key = bindingResourceDefinitionKey,
Type = ModelConstants.ResourceDefinitionBindings
};
bindingResourceContainer.ResourceDefinitions.Add(bindingResourceDefinition);
model.MigrationSource.ResourceContainers.Add(bindingResourceContainer);
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the filter group should be correctly parsed."
.x(() =>
{
var sendPort = group.Applications[0].Application.Bindings.BindingInfo.SendPortCollection[0];
sendPort.FilterExpression.Should().NotBeNull();
sendPort.FilterExpression.Group.Should().NotBeNull();
sendPort.FilterExpression.Group.Length.Should().Be(3);
sendPort.FilterExpression.Group[0].Statement.Length.Should().Be(3);
});
"And the resources should be set."
.x(() =>
{
var appModel = (AzureIntegrationServicesModel)model;
// Check the send port resource has been created.
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().NotBeNullOrEmpty();
appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources.Should().HaveCount(1);
var sendPortResource = appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0].Resources[0];
var resourceDefinition = appModel.MigrationSource.ResourceContainers[0].ResourceDefinitions[0];
// Get the send port from the bindings.
var sendPort = group.Applications[0].Application.Bindings.BindingInfo.SendPortCollection[0];
// Validate the send port resource.
sendPortResource.Name.Should().Be(sendPort.Name);
sendPortResource.Description.Should().Be(sendPort.Description);
sendPortResource.Type.Should().Be(ModelConstants.ResourceSendPort);
sendPortResource.Key.Should().Be(sendPort.ResourceKey);
sendPortResource.Resources.Should().NotBeNullOrEmpty();
sendPortResource.Resources.Should().HaveCount(1);
sendPortResource.Properties.Should().ContainKey("Direction");
sendPortResource.Properties["Direction"].Should().Be("Two-Way");
sendPort.Resource.Should().Be(sendPortResource); // The pointer to the resource should be set.
sendPortResource.ParentRefId.Should().Be(resourceDefinition.RefId); // The parent ref ID should be set.
sendPortResource.SourceObject.Should().Be(sendPort); // The resource should have a pointer to the source object.
// Validate the filter resource.
var filterResource = sendPortResource.Resources[0];
filterResource.Name.Should().StartWith(sendPortResource.Name);
var expectedFilterKey = string.Concat(sendPort.Name, ":", "filter");
filterResource.Key.Should().Be(expectedFilterKey);
filterResource.Name.Should().EndWith("filter expression");
filterResource.Type.Should().Be(ModelConstants.ResourceFilterExpression);
sendPort.FilterExpression.Resource.Should().Be(filterResource); // The pointer to the resource should be set.
filterResource.ParentRefId.Should().Be(sendPortResource.RefId); // The parent ref ID should be set.
filterResource.SourceObject.Should().Be(sendPort.FilterExpression); // The resource should have a pointer to the source object.
});
}
public void ParseOneSendPortAndValidSendAndReceiveData(PipelineDataParser parser, ILogger logger, List <SendPort> sendPorts, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model with one send port and valid send/receive data XML"
.x(() =>
{
model = new AzureIntegrationServicesModel();
sendPorts = new List <SendPort> {
new SendPort()
};
sendPorts[0].ReceivePipelineData = ValidData;
sendPorts[0].SendPipelineData = ValidData;
group = CreateGroup(sendPorts.ToArray());
model.MigrationSource.MigrationSourceModel = group;
});
"And a logger"
.x(() => logger = _mockLogger.Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new SendPortPipelineDataParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And there should be no errors"
.x(() =>
{
context.Errors.Should().HaveCount(0);
});
"And there should be valid receive configuration"
.x(() =>
{
sendPorts[0].ReceivePipelineCustomConfiguration.Should().NotBeNull();
sendPorts[0].ReceivePipelineCustomConfiguration.Stages.Should().HaveCount(1);
var rootStage = sendPorts[0].ReceivePipelineCustomConfiguration.Stages.FirstOrDefault();
rootStage.Components.Should().NotBeNull();
rootStage.Components[0].Should().NotBeNull();
rootStage.Components[0].Name.Should().NotBeNullOrWhiteSpace();
rootStage.Components[0].Properties.Should().HaveCount(1);
var property = rootStage.Components[0].Properties.SingleOrDefault();
property.Should().NotBeNull();
property.Name.Should().NotBeNullOrWhiteSpace();
property.Value.Should().NotBeNullOrWhiteSpace();
property.ValueType.Should().NotBeNullOrWhiteSpace();
});
"And there should be send configuration"
.x(() =>
{
sendPorts[0].SendPipelineCustomConfiguration.Should().NotBeNull();
sendPorts[0].SendPipelineCustomConfiguration.Stages.Should().HaveCount(1);
var rootStage = sendPorts[0].SendPipelineCustomConfiguration.Stages.FirstOrDefault();
rootStage.Components.Should().NotBeNull();
rootStage.Components[0].Should().NotBeNull();
rootStage.Components[0].Name.Should().NotBeNullOrWhiteSpace();
rootStage.Components[0].Properties.Should().HaveCount(1);
var property = rootStage.Components[0].Properties.SingleOrDefault();
property.Should().NotBeNull();
property.Name.Should().NotBeNullOrWhiteSpace();
property.Value.Should().NotBeNullOrWhiteSpace();
property.ValueType.Should().NotBeNullOrWhiteSpace();
});
}
public void ParseSuccessfulPropertySchemaPlusNormalSchema(PropertySchemaPropertyParser parser, ILogger logger, MigrationContext context, AzureIntegrationServicesModel model, ParsedBizTalkApplicationGroup group, Exception e)
{
"Given a model"
.x(() =>
{
model = new AzureIntegrationServicesModel();
group = new ParsedBizTalkApplicationGroup();
model.MigrationSource.MigrationSourceModel = group;
model.MigrationSource.ResourceContainers.Add(new ResourceContainer()
{
Key = "TestContainer.Key", Name = "TestContainer"
});
var content1 = "<?xml version=\"1.0\" encoding=\"utf-16\"?><xs:schema xmlns=\"http://Microsoft.AzureIntegrationMigration.BizTalk.TestApps.Schemas.PropertySchema1\" xmlns:b=\"http://schemas.microsoft.com/BizTalk/2003\" targetNamespace=\"https://Microsoft.AzureIntegrationMigration.BizTalk.TestApps.Schemas.PropertySchema1\" xmlns:xs=\"http://www.w3.org/2001/XMLSchema\"><xs:annotation><xs:appinfo><b:schemaInfo schema_type=\"property\" xmlns:b=\"http://schemas.microsoft.com/BizTalk/2003\" /></xs:appinfo></xs:annotation><xs:element name=\"TestStringProperty1\" type=\"xs:string\"><xs:annotation><xs:appinfo><b:fieldInfo propertyGuid=\"4efaeaed-05b9-4fe5-b05f-677b5d9e2a6b\" /></xs:appinfo></xs:annotation></xs:element><xs:element name=\"TestIntegerProperty1\" type=\"xs:int\"><xs:annotation><xs:appinfo><b:fieldInfo propertyGuid=\"bb67d7e6-103a-4567-a405-6d854bc02d5d\" /></xs:appinfo></xs:annotation></xs:element><xs:element name=\"TestBoolProperty1\" type=\"xs:boolean\"><xs:annotation><xs:appinfo><b:fieldInfo propertyGuid=\"5f6fbe77-d32b-4ff3-a9b4-e9602c7aa52f\" /></xs:appinfo></xs:annotation></xs:element></xs:schema>";
model.MigrationSource.ResourceContainers[0].ResourceDefinitions.Add(new ResourceDefinition()
{
Key = "TestSchema1.Key", Name = "TestSchema1", Type = ModelConstants.ResourceDefinitionSchema, ResourceContent = content1
});
var content2 = "<?xml version=\"1.0\" encoding=\"utf-16\"?><xs:schema xmlns=\"http://Microsoft.AzureIntegrationMigration.BizTalk.TestApps.Schemas.Schema2NoPromotions\" xmlns:b=\"http://schemas.microsoft.com/BizTalk/2003\" elementFormDefault=\"qualified\" targetNamespace=\"http://Microsoft.AzureIntegrationMigration.BizTalk.TestApps.Schemas.Schema2NoPromotions\" xmlns:xs=\"http://www.w3.org/2001/XMLSchema\"><xs:element name=\"SimpleCar\"><xs:complexType><xs:sequence><xs:element name=\"Make\" type=\"xs:string\" /><xs:element name=\"Model\" type=\"xs:string\" /><xs:element name=\"DateRegistered\" type=\"xs:date\" /><xs:element name=\"Colour\" type=\"xs:string\" /></xs:sequence></xs:complexType></xs:element></xs:schema>";
model.MigrationSource.ResourceContainers[0].ResourceDefinitions.Add(new ResourceDefinition()
{
Key = "TestSchema2.Key", Name = "TestSchema2", Type = ModelConstants.ResourceDefinitionSchema, ResourceContent = content2
});
group.Applications.Add(new ParsedBizTalkApplication()
{
Application = new BizTalkApplication()
});
group.Applications[0].Application.Schemas.Add(new Schema("TestContainer.Key", "TestSchema1.Key")
{
SchemaType = BizTalkSchemaType.Property,
Namespace = "TestNamespace",
Name = "TestPropertySchema",
FullName = "TestNamespace.TestSchema"
});
var schema = new Schema("TestContainer", "TestSchema2.Key")
{
SchemaType = BizTalkSchemaType.Unknown,
Namespace = "TestNamespace",
Name = "Schema",
FullName = "TestNamespace.TestSchema"
};
group.Applications[0].Application.Schemas.Add(schema);
});
"And a logger"
.x(() => logger = new Mock <ILogger>().Object);
"And a context"
.x(() => context = new MigrationContext());
"And a parser"
.x(() => parser = new PropertySchemaPropertyParser(model, context, logger));
"When parsing"
.x(() => e = Record.Exception(() => parser.Parse()));
"Then the code should not throw an exception"
.x(() => e.Should().BeNull());
"And the property schema should be correctly parsed."
.x(() =>
{
var schema = group.Applications[0].Application.Schemas[0];
schema.SchemaType.Should().Be(BizTalkSchemaType.Property);
schema.ContextProperties.Count.Should().Be(3);
schema.ContextProperties[0].PropertyName.Should().Be("TestStringProperty1");
schema.ContextProperties[0].DataType.Should().Be("xs:string");
schema.ContextProperties[0].FullyQualifiedName.Should().Be("TestNamespace.TestStringProperty1");
schema.ContextProperties[1].PropertyName.Should().Be("TestIntegerProperty1");
schema.ContextProperties[1].DataType.Should().Be("xs:int");
schema.ContextProperties[1].FullyQualifiedName.Should().Be("TestNamespace.TestIntegerProperty1");
schema.ContextProperties[2].PropertyName.Should().Be("TestBoolProperty1");
schema.ContextProperties[2].DataType.Should().Be("xs:boolean");
schema.ContextProperties[2].FullyQualifiedName.Should().Be("TestNamespace.TestBoolProperty1");
});
"And the message schema should be identified."
.x(() =>
{
var schema = group.Applications[0].Application.Schemas[1];
schema.SchemaType.Should().Be(BizTalkSchemaType.Unknown); // haven't parsed this one and left it unchanged
schema.ContextProperties.Count.Should().Be(0);
});
}