public void When_it_changes_a_namespace_then_requests_OdataType_is_set_to_the_old_namespace()
{
var oldNamespace = _model.EntityContainer.Namespace;
var namespacePrefix = Any.CSharpIdentifier();
var namespaceRename = Any.CSharpIdentifier();
var newNamespace = new OdcmNamespace(namespacePrefix + "." + namespaceRename);
var namespaceMap = new Dictionary<string, string> { { oldNamespace.Name, namespaceRename } };
var proxy = GetProxyWithChangedNamespaces(namespacePrefix, namespaceMap);
var @class = oldNamespace.Classes.OfType<OdcmEntityClass>().First();
var entityArtifacts = GetEntityArtifactsFromNewNamespace(@class, newNamespace, proxy, oldNamespace);
using (var mockService = new MockService()
)
{
mockService
.OnRequest(c => c.Request.Method == "POST" &&
c.Request.Path.Value == @class.GetDefaultEntitySetPath() &&
IsNamespaceReplaced(c.Request, oldNamespace.Name, newNamespace.Name))
.RespondWith(
(c, b) =>
{
c.Response.StatusCode = 201;
c.Response.WithDefaultODataHeaders();
c.Response.WithODataEntityResponseBody(b,
@class.GetDefaultEntitySetName(), null);
});
var collection = mockService
.CreateContainer(proxy.GetClass(newNamespace.Name, _model.EntityContainer.Name))
.GetPropertyValue<ReadOnlyQueryableSetBase>(entityArtifacts.Class.GetDefaultEntitySetName());
var instance = entityArtifacts.ConcreteType.Initialize(@class.GetSampleKeyArguments().ToArray());
var task = collection.InvokeMethod<Task>("Add" + @class.Name + "Async", args: new[] { instance, false });
task.Wait();
}
[Fact(Skip = "https://github.com/Microsoft/Vipr/issues/43")]
public void When_it_changes_a_namespace_then_responses_odata_type_is_translated_to_new_namespace()
{
var oldNamespace = _model.EntityContainer.Namespace;
var namespacePrefix = Any.CSharpIdentifier();
var namespaceRename = Any.CSharpIdentifier();
var newNamespace = new OdcmNamespace(namespacePrefix + "." + namespaceRename);
var namespaceMap = new Dictionary<string, string> { { oldNamespace.Name, namespaceRename } };
var entityClasses = oldNamespace.Classes.OfType<OdcmEntityClass>().ToList();
var baseClass = entityClasses.Where(c => c.Base == null).RandomElement();
entityClasses.Remove(baseClass);
baseClass.IsAbstract = true;
var derivedClass = entityClasses.RandomElement();
entityClasses.Remove(derivedClass);
derivedClass.Base = baseClass;
entityClasses.RandomElement().Base = baseClass;
var proxy = GetProxyWithChangedNamespaces(namespacePrefix, namespaceMap);
var entityArtifacts = GetEntityArtifactsFromNewNamespace(derivedClass, newNamespace, proxy, oldNamespace);
var responseObject = entityArtifacts.Class.GetSampleJObject(derivedClass.GetSampleKeyArguments().Concat(baseClass.GetSampleKeyArguments()).ToArray());
var responseOdataType = String.Format("#{0}.{1}", oldNamespace.Name, derivedClass.Name);
var singletonPath = baseClass.GetDefaultSingletonPath();
using (var mockService = new MockService(true)
)
{
mockService
.OnRequest(c => c.Request.Method == "GET" && c.Request.Path.Value == singletonPath)
.RespondWith(
(c, b) =>
{
c.Response.StatusCode = 200;
c.Response.WithDefaultODataHeaders();
c.Response.WithODataEntityResponseBody(mockService.GetBaseAddress(),
baseClass.GetDefaultEntitySetName(), responseObject, new JProperty("@odata.type", new JValue(responseOdataType)));
});
var fetcher = mockService
.CreateContainer(proxy.GetClass(newNamespace.Name, _model.EntityContainer.Name))
.GetPropertyValue<RestShallowObjectFetcher>(baseClass.GetDefaultSingletonName());
var task = fetcher.ExecuteAsync();
var result = task.GetPropertyValue<EntityBase>("Result");
