public void Publishes_Many_Does_Not_Ignore_Unpublished_Items()
{
CreateTestData();
IPublishingStrategy2 strategy = new PublishingStrategy(DatabaseContext.ScopeProvider, new TransientMessagesFactory(), Logger);
//publish root and nodes at it's children level
var result1 = strategy.Publish(_unitOfWork, _homePage, 0);
Assert.IsTrue(result1);
Assert.IsTrue(_homePage.Published);
//NOTE (MCH) This isn't persisted, so not really a good test as it will look like the result should be something else.
foreach (var c in ServiceContext.ContentService.GetChildren(_homePage.Id))
{
var r = strategy.Publish(_unitOfWork, c, 0);
Assert.IsTrue(r);
Assert.IsTrue(c.Published);
}
//NOTE (MCH) when doing the test like this the Publish status will not actually have been persisted
//since its only updating a property. The actual persistence and publishing is done through the ContentService.
//So when descendants are fetched from the ContentService the Publish status will be "reset", which
//means the result will be 1 'SuccessAlreadyPublished' and 3 'Success' because the Homepage is
//inserted in the list and since that item has the status of already being Published it will be the one item
//with 'SuccessAlreadyPublished'
var descendants = ServiceContext.ContentService.GetDescendants(_homePage).Concat(new[] { _homePage });
var result = strategy.PublishWithChildren(_unitOfWork, descendants, 0, true);
Assert.AreEqual(3, result.Count(x => x.Result.StatusType == PublishStatusType.Success));
Assert.AreEqual(1, result.Count(x => x.Result.StatusType == PublishStatusType.SuccessAlreadyPublished));
Assert.IsTrue(result.First(x => x.Result.StatusType == PublishStatusType.Success).Success);
Assert.IsTrue(result.First(x => x.Result.StatusType == PublishStatusType.Success).Result.ContentItem.Published);
}
public void Publishes_Many_Ignores_Unpublished_Items()
{
CreateTestData();
IPublishingStrategy2 strategy = new PublishingStrategy(DatabaseContext.ScopeProvider, new TransientMessagesFactory(), Logger);
//publish root and nodes at it's children level
var result1 = strategy.Publish(_unitOfWork, _homePage, 0);
Assert.IsTrue(result1);
Assert.IsTrue(_homePage.Published);
foreach (var c in ServiceContext.ContentService.GetChildren(_homePage.Id))
{
var r = strategy.Publish(_unitOfWork, c, 0);
Assert.IsTrue(r);
Assert.IsTrue(c.Published);
}
//ok, all are published except the deepest descendant, we will pass in a flag to not include it to
//be published
var result = strategy.PublishWithChildren(_unitOfWork,
ServiceContext.ContentService.GetDescendants(_homePage).Concat(new[] { _homePage }), 0, false);
//all of them will be SuccessAlreadyPublished unless the unpublished one gets included, in that case
//we'll have a 'Success' result which we don't want.
Assert.AreEqual(0, result.Count(x => x.Result.StatusType == PublishStatusType.Success));
}
/// <summary>
/// Applies publishing rules to queues and topics.
/// </summary>
private void ChannelPublish(object message, string destination, Dictionary <string, object>?headers, IModel?channel = null)
{
// new channel if necessary for publishing
var createdNewChannel = channel is null;
var ch = channel ?? _rabbitConnection.CreateModel();
// msg headers
var finalHeaders = ch.CreateBasicProperties();
finalHeaders.Headers = headers;
finalHeaders.ContentType = "application/json";
// msg body
var serializedMessage = JsonConvert.SerializeObject(message);
var body = Encoding.UTF8.GetBytes(serializedMessage);
// selects appropriate publishing strategy
PublishingStrategy.Send(body, finalHeaders, destination, ch);
// only dipose if the the lib created a new channel here
if (createdNewChannel)
{
ch.Dispose();
}
}
public void Publishes_Many_Does_Not_Ignore_Unpublished_Items()
{
CreateTestData();
var strategy = new PublishingStrategy();
//publish root and nodes at it's children level
var result1 = strategy.Publish(_homePage, 0);
Assert.IsTrue(result1);
Assert.IsTrue(_homePage.Published);
foreach (var c in ServiceContext.ContentService.GetChildren(_homePage.Id))
{
var r = strategy.Publish(c, 0);
Assert.IsTrue(r);
Assert.IsTrue(c.Published);
}
//ok, all are published except the deepest descendant, we will pass in a flag to include it to
//be published
var result = strategy.PublishWithChildrenInternal(
ServiceContext.ContentService.GetDescendants(_homePage).Concat(new[] { _homePage }), 0, true);
//there will be 4 here but only one "Success" the rest will be "SuccessAlreadyPublished"
Assert.AreEqual(1, result.Count(x => x.Result.StatusType == PublishStatusType.Success));
Assert.AreEqual(3, result.Count(x => x.Result.StatusType == PublishStatusType.SuccessAlreadyPublished));
Assert.IsTrue(result.Single(x => x.Result.StatusType == PublishStatusType.Success).Success);
Assert.IsTrue(result.Single(x => x.Result.StatusType == PublishStatusType.Success).Result.ContentItem.Published);
}
public void Publishes_Many_Ignores_Cancelled_Items_And_Children()
{
CreateTestData();
IPublishingStrategy2 strategy = new PublishingStrategy(DatabaseContext.ScopeProvider, new TransientMessagesFactory(), Logger);
PublishingStrategy.Publishing += PublishingStrategyPublishing;
//publish root and nodes at it's children level
var listToPublish = ServiceContext.ContentService.GetDescendants(_homePage.Id).Concat(new[] { _homePage });
var result = strategy.PublishWithChildren(_unitOfWork, listToPublish, 0, true);
Assert.AreEqual(listToPublish.Count() - 2, result.Count(x => x.Success));
Assert.IsTrue(result.Where(x => x.Success).Select(x => x.Result.ContentItem.Id)
.ContainsAll(listToPublish.Where(x => x.Name != "Text Page 2" && x.Name != "Text Page 3").Select(x => x.Id)));
}
public void Publishes_Many_Ignores_Cancelled_Items_And_Children()
{
CreateTestData();
var strategy = new PublishingStrategy();
PublishingStrategy.Publishing += PublishingStrategyPublishing;
//publish root and nodes at it's children level
var listToPublish = ServiceContext.ContentService.GetDescendants(_homePage.Id).Concat(new[] { _homePage });
var result = strategy.PublishWithChildrenInternal(listToPublish, 0);
Assert.AreEqual(listToPublish.Count() - 2, result.Count(x => x.Success));
Assert.IsTrue(result.Where(x => x.Success).Select(x => x.Result.ContentItem.Id)
.ContainsAll(listToPublish.Where(x => x.Name != "Text Page 2" && x.Name != "Text Page 3").Select(x => x.Id)));
}
public void Publishes_Many_Ignores_Invalid_Items_And_Children()
{
var testData = CreateTestData();
//Create some other data which are descendants of Text Page 2
var mandatorContent = MockedContent.CreateSimpleContent(
ServiceContext.ContentTypeService.GetContentType("umbMandatory"), "Invalid Content", testData.Single(x => x.Name == "Text Page 2").Id);
mandatorContent.SetValue("author", string.Empty);
ServiceContext.ContentService.Save(mandatorContent, 0);
var subContent = MockedContent.CreateSimpleContent(
ServiceContext.ContentTypeService.GetContentType("umbTextpage"), "Sub Sub Sub", mandatorContent.Id);
ServiceContext.ContentService.Save(subContent, 0);
IPublishingStrategy2 strategy = new PublishingStrategy(DatabaseContext.ScopeProvider, new TransientMessagesFactory(), Logger);
//publish root and nodes at it's children level
var listToPublish = ServiceContext.ContentService.GetDescendants(_homePage.Id).Concat(new[] { _homePage });
var result = strategy.PublishWithChildren(_unitOfWork, listToPublish, 0, true);
Assert.AreEqual(listToPublish.Count() - 2, result.Count(x => x.Success));
Assert.IsTrue(result.Where(x => x.Success).Select(x => x.Result.ContentItem.Id)
.ContainsAll(listToPublish.Where(x => x.Name != "Invalid Content" && x.Name != "Sub Sub Sub").Select(x => x.Id)));
}
