public async Task Deleted_PublishEventsDisabled_NoEventPublished()
{
await EventGridPublishingHandler.Deleted(OrchestrationContext);
A.CallTo(() => EventGridContentClient.Publish(A <ContentEvent> ._, A <CancellationToken> ._))
.MustNotHaveHappened();
}
public async Task Publish_EventGridPublishingHandlerCalled()
{
bool success = await DeleteOrchestrator.Delete(ContentItem);
Assert.True(success);
A.CallTo(() => EventGridPublishingHandler.Deleted(
A <IOrchestrationContext> .That.Matches(ctx => Equals(ctx.ContentItem, ContentItem))))
.MustHaveHappened();
}
protected DeleteOrchestratorTestsBase()
{
ContentDefinitionManager = A.Fake <IContentDefinitionManager>();
Notifier = A.Fake <GraphSyncNotifier>();
PublishedContentItemVersion = A.Fake <IPublishedContentItemVersion>();
A.CallTo(() => PublishedContentItemVersion.GraphReplicaSetName)
.Returns(GraphReplicaSetNames.Published);
PreviewContentItemVersion = A.Fake <IPreviewContentItemVersion>();
A.CallTo(() => PreviewContentItemVersion.GraphReplicaSetName)
.Returns(GraphReplicaSetNames.Preview);
ServiceProvider = A.Fake <IServiceProvider>();
Logger = A.Fake <ILogger <DeleteOrchestrator> >();
ContentItem = new ContentItem();
ContentManager = A.Fake <IContentManager>();
A.CallTo(() => ServiceProvider.GetService(A <Type> .That.Matches(
t => t.Name == nameof(IContentManager))))
.Returns(ContentManager);
PreviewDeleteGraphSyncer = A.Fake <IDeleteGraphSyncer>();
PublishedDeleteGraphSyncer = A.Fake <IDeleteGraphSyncer>();
PreviewAllowSync = A.Fake <IAllowSync>();
A.CallTo(() => PreviewDeleteGraphSyncer.DeleteAllowed(
A <ContentItem> ._,
A <IContentItemVersion> .That.Matches(v => v.GraphReplicaSetName == GraphReplicaSetNames.Preview),
SyncOperation,
null,
null))
.Returns(PreviewAllowSync);
PublishedAllowSync = A.Fake <IAllowSync>();
A.CallTo(() => PublishedDeleteGraphSyncer.DeleteAllowed(
A <ContentItem> ._,
A <IContentItemVersion> .That.Matches(v => v.GraphReplicaSetName == GraphReplicaSetNames.Published),
SyncOperation,
null,
null))
.Returns(PublishedAllowSync);
EventGridPublishingHandler = A.Fake <IContentOrchestrationHandler>();
A.CallTo(() => EventGridPublishingHandler.Published(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.DraftSaved(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.Cloned(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.Unpublished(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.DraftDiscarded(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.Deleted(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
DeleteOrchestrator = new DeleteOrchestrator(
ContentDefinitionManager,
Notifier,
ServiceProvider,
Logger,
PublishedContentItemVersion,
PreviewContentItemVersion,
new List <IContentOrchestrationHandler> {
EventGridPublishingHandler
});
TestActivity = new Activity("UnitTest").Start();
}
public SyncOrchestratorTestsBase()
{
ContentDefinitionManager = A.Fake <IContentDefinitionManager>();
Notifier = A.Fake <GraphSyncNotifier>();
PreviewGraphReplicaSet = A.Fake <IGraphReplicaSet>();
A.CallTo(() => PreviewGraphReplicaSet.Name)
.Returns(GraphReplicaSetNames.Preview);
PublishedGraphReplicaSet = A.Fake <IGraphReplicaSet>();
A.CallTo(() => PublishedGraphReplicaSet.Name)
.Returns(GraphReplicaSetNames.Published);
var graphReplicaSets = new Dictionary <string, IGraphReplicaSet>
{
{ GraphReplicaSetNames.Preview, PreviewGraphReplicaSet },
{ GraphReplicaSetNames.Published, PublishedGraphReplicaSet },
};
GraphCluster = A.Fake <IGraphCluster>();
A.CallTo(() => GraphCluster.GetGraphReplicaSet(A <string> ._))
.ReturnsLazily <IGraphReplicaSet, string>(graphReplicaSetName => graphReplicaSets[graphReplicaSetName]);
PublishedContentItemVersion = A.Fake <IPublishedContentItemVersion>();
A.CallTo(() => PublishedContentItemVersion.GraphReplicaSetName)
.Returns(GraphReplicaSetNames.Published);
ServiceProvider = A.Fake <IServiceProvider>();
Logger = A.Fake <ILogger <SyncOrchestrator> >();
ContentItem = new ContentItem();
ContentManager = A.Fake <IContentManager>();
A.CallTo(() => ServiceProvider.GetService(A <Type> .That.Matches(
t => t.Name == nameof(IContentManager))))
.Returns(ContentManager);
PreviewMergeGraphSyncer = A.Fake <IMergeGraphSyncer>();
PublishedMergeGraphSyncer = A.Fake <IMergeGraphSyncer>();
PreviewAllowSync = A.Fake <IAllowSync>();
A.CallTo(() => PreviewMergeGraphSyncer.SyncAllowed(
A <IGraphReplicaSet> .That.Matches(s => s.Name == GraphReplicaSetNames.Preview),
A <ContentItem> ._, A <IContentManager> ._, A <IGraphMergeContext?> ._))
.Returns(PreviewAllowSync);
PublishedAllowSync = A.Fake <IAllowSync>();
A.CallTo(() => PublishedMergeGraphSyncer.SyncAllowed(
A <IGraphReplicaSet> .That.Matches(s => s.Name == GraphReplicaSetNames.Published),
A <ContentItem> ._, A <IContentManager> ._, A <IGraphMergeContext?> ._))
.Returns(PublishedAllowSync);
EventGridPublishingHandler = A.Fake <IContentOrchestrationHandler>();
A.CallTo(() => EventGridPublishingHandler.Published(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.DraftSaved(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.Cloned(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.Unpublished(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.DraftDiscarded(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
A.CallTo(() => EventGridPublishingHandler.Deleted(A <IOrchestrationContext> .Ignored)).Returns(Task.CompletedTask);
SyncOrchestrator = new SyncOrchestrator(
ContentDefinitionManager,
Notifier,
GraphCluster,
ServiceProvider,
Logger,
PublishedContentItemVersion,
new List <IContentOrchestrationHandler> {
EventGridPublishingHandler
});
TestActivity = new Activity("UnitTest").Start();
}