public void CoordinatorSeparatedByTimeSpanReturnsDetails()
{
var model = new CoordinatedSharedMessageModel
{
Numbers= "04040404040",
Message = "Message",
StartTime = DateTime.Now.AddHours(2),
TimeSeparatorSeconds = 5000,
Tags = "tag1, tag2",
Topic = "New Feature!"
};
var bus = MockRepository.GenerateMock<IBus>();
var mapper = MockRepository.GenerateMock<ICoordinatorModelToMessageMapping>();
mapper.Expect(m => m.MapToTrickleSpacedByPeriod(Arg<CoordinatedSharedMessageModel>.Is.Anything)).Return(new TrickleSmsWithDefinedTimeBetweenEachMessage());
var trickleMessage = new TrickleSmsWithDefinedTimeBetweenEachMessage();
bus.Expect(b => b.Send(Arg<TrickleSmsWithDefinedTimeBetweenEachMessage>.Is.NotNull))
.WhenCalled(i => trickleMessage = (TrickleSmsWithDefinedTimeBetweenEachMessage) ((object[]) (i.Arguments[0]))[0]);
var controller = new CoordinatorController { ControllerContext = new ControllerContext(), Bus = bus, Mapper = mapper };
var actionResult = (RedirectToRouteResult)controller.Create(model);
Assert.That(actionResult.RouteValues["action"], Is.EqualTo("Details"));
Assert.That(trickleMessage.CoordinatorId, Is.Not.EqualTo(Guid.Empty));
bus.VerifyAllExpectations();
mapper.VerifyAllExpectations();
}
public void TrickleThreeMessagesSpacedAMinuteApartPausedAfterFirstThenResumed()
{
var startTime = DateTime.Now.AddHours(3);
var timeSpacing = new TimeSpan(0, 10, 0);
var trickleMultipleMessages = new TrickleSmsWithDefinedTimeBetweenEachMessage
{
StartTimeUtc = startTime,
Messages = new List<SmsData>
{
new SmsData("mobile#1", "message"),
new SmsData("mobile#2", "message2"),
new SmsData("mobile#3", "message3")
},
TimeSpacing = timeSpacing
};
var sagaData = new CoordinateSmsSchedulingData { Id = Guid.NewGuid(), Originator = "o", OriginalMessageId = "i" };
Test.Initialize();
Test.Saga<CoordinateSmsScheduler>()
.WithExternalDependencies(d => d.Data = sagaData)
.ExpectSend<ScheduleSmsForSendingLater>(l => l.SmsData.Mobile == trickleMultipleMessages.Messages[0].Mobile)
.ExpectSend<ScheduleSmsForSendingLater>(l => l.SmsData.Mobile == trickleMultipleMessages.Messages[1].Mobile)
.ExpectSend<ScheduleSmsForSendingLater>(l => l.SmsData.Mobile == trickleMultipleMessages.Messages[2].Mobile)
.When(s => s.Handle(trickleMultipleMessages))
.When(s => s.Handle(new ScheduledSmsSent { ConfirmationData = new SmsConfirmationData("r", DateTime.Now, 1m), ScheduledSmsId = sagaData.ScheduledMessageStatus[0].ScheduledSms.ScheduleMessageId }))
.ExpectSend<PauseScheduledMessageIndefinitely>()
.ExpectSend<PauseScheduledMessageIndefinitely>()
.When(s => s.Handle(new PauseTrickledMessagesIndefinitely()))
.When(s => s.Handle(new MessageSchedulePaused { ScheduleId = sagaData.ScheduledMessageStatus[1].ScheduledSms.ScheduleMessageId }))
.When(s => s.Handle(new MessageSchedulePaused { ScheduleId = sagaData.ScheduledMessageStatus[2].ScheduledSms.ScheduleMessageId }))
.ExpectSend<ResumeScheduledMessageWithOffset>()
.ExpectSend<ResumeScheduledMessageWithOffset>()
.When(s => s.Handle(new ResumeTrickledMessages()))
.When(s => s.Handle(new ScheduledSmsSent { ConfirmationData = new SmsConfirmationData("r", DateTime.Now, 1m), ScheduledSmsId = sagaData.ScheduledMessageStatus[1].ScheduledSms.ScheduleMessageId }))
.AssertSagaCompletionIs(false)
.ExpectPublish<CoordinatorCompleted>()
.When(s => s.Handle(new ScheduledSmsSent { ConfirmationData = new SmsConfirmationData("r", DateTime.Now, 1m), ScheduledSmsId = sagaData.ScheduledMessageStatus[2].ScheduledSms.ScheduleMessageId }))
.AssertSagaCompletionIs(true);
Assert.That(sagaData.MessagesScheduled, Is.EqualTo(3));
Assert.That(sagaData.MessagesConfirmedSentOrFailed, Is.EqualTo(3));
}
public void TrickleMessagesSpacedByTimespan_Data()
{
var messageList = new List<SmsData> { new SmsData("9384938", "3943lasdkf;j"), new SmsData("99999", "dj;alsdfkj") };
var trickleMessagesOverTime = new TrickleSmsWithDefinedTimeBetweenEachMessage { TimeSpacing = new TimeSpan(1000), Messages = messageList, StartTimeUtc = DateTime.Now };
var timingManager = MockRepository.GenerateMock<ICalculateSmsTiming>();
var sagaData = new CoordinateSmsSchedulingData { Originator = "originator", Id = Guid.NewGuid() };
Test.Initialize();
Test.Saga<CoordinateSmsScheduler>()
.WithExternalDependencies(s =>
{
s.TimingManager = timingManager;
s.Data = sagaData;
})
.ExpectSend<ScheduleSmsForSendingLater>(l =>
//l.Count == 2 &&
l.SendMessageAtUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.ToUniversalTime().Ticks &&
l.SmsData.Message == trickleMessagesOverTime.Messages[0].Message &&
l.SmsData.Mobile == trickleMessagesOverTime.Messages[0].Mobile &&
l.SmsMetaData == trickleMessagesOverTime.MetaData)
.ExpectSend<ScheduleSmsForSendingLater>(l =>
l.SendMessageAtUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.ToUniversalTime().Ticks + trickleMessagesOverTime.TimeSpacing.Ticks &&
l.SmsData.Message == trickleMessagesOverTime.Messages[1].Message &&
l.SmsData.Mobile == trickleMessagesOverTime.Messages[1].Mobile &&
l.SmsMetaData == trickleMessagesOverTime.MetaData)
.ExpectPublish<CoordinatorCreated>(c =>
c.CoordinatorId == sagaData.Id &&
c.ScheduledMessages.Count == 2 &&
c.ScheduledMessages[0].Number == trickleMessagesOverTime.Messages[0].Mobile &&
c.ScheduledMessages[0].ScheduleMessageId == sagaData.ScheduledMessageStatus[0].ScheduledSms.ScheduleMessageId &&
c.ScheduledMessages[0].ScheduleMessageId != Guid.Empty && // HACK : Need to make this valid
c.ScheduledMessages[0].ScheduledTimeUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.ToUniversalTime().Ticks &&
c.ScheduledMessages[1].Number == trickleMessagesOverTime.Messages[1].Mobile &&
c.ScheduledMessages[1].ScheduleMessageId == sagaData.ScheduledMessageStatus[1].ScheduledSms.ScheduleMessageId &&
c.ScheduledMessages[1].ScheduleMessageId != Guid.Empty && // HACK : Need to make this valid
c.ScheduledMessages[1].ScheduledTimeUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.ToUniversalTime().Ticks + trickleMessagesOverTime.TimeSpacing.Ticks)
.When(s => s.Handle(trickleMessagesOverTime));
Assert.That(sagaData.MessagesScheduled, Is.EqualTo(2));
Assert.That(sagaData.ScheduledMessageStatus[0].MessageStatus, Is.EqualTo(MessageStatus.WaitingForScheduling));
Assert.That(sagaData.ScheduledMessageStatus[1].MessageStatus, Is.EqualTo(MessageStatus.WaitingForScheduling));
timingManager.VerifyAllExpectations();
}
public void CreateSeparatedByTimeSpanReturnsDetails()
{
var model = new CoordinatedSharedMessageModel
{
Numbers= "04040404040, 04040402",
Message = "Message",
StartTime = DateTime.Now.AddHours(2),
TimeSeparatorSeconds = 5000,
Tags = "tag1, tag2",
Topic = "New Feature!",
UserTimeZone = "Australia/Sydney"
};
var bus = MockRepository.GenerateMock<IBus>();
var mapper = MockRepository.GenerateMock<ICoordinatorModelToMessageMapping>();
var ravenDocStore = MockRepository.GenerateMock<IRavenDocStore>();
var docStore = MockRepository.GenerateMock<IDocumentStore>();
var docSession = MockRepository.GenerateMock<IDocumentSession>();
ravenDocStore.Expect(r => r.GetStore()).Return(docStore);
docStore.Expect(d => d.OpenSession("Configuration")).Return(docSession);
docSession.Expect(d => d.Load<CountryCodeReplacement>("CountryCodeConfig")).Return(new CountryCodeReplacement());
mapper
.Expect(m => m.MapToTrickleSpacedByPeriod(Arg<CoordinatedSharedMessageModel>.Is.Anything, Arg<CountryCodeReplacement>.Is.Anything, Arg<List<string>>.Is.Anything))
.Return(new TrickleSmsWithDefinedTimeBetweenEachMessage());
var trickleMessage = new TrickleSmsWithDefinedTimeBetweenEachMessage();
bus.Expect(b => b.Send(Arg<TrickleSmsWithDefinedTimeBetweenEachMessage>.Is.NotNull))
.WhenCalled(i => trickleMessage = (TrickleSmsWithDefinedTimeBetweenEachMessage) ((object[]) (i.Arguments[0]))[0]);
var controller = new CoordinatorController { ControllerContext = new ControllerContext(), Bus = bus, Mapper = mapper, RavenDocStore = ravenDocStore };
var actionResult = (RedirectToRouteResult)controller.Create(model);
Assert.That(actionResult.RouteValues["action"], Is.EqualTo("Details"));
Assert.That(trickleMessage.CoordinatorId, Is.Not.EqualTo(Guid.Empty));
bus.VerifyAllExpectations();
mapper.VerifyAllExpectations();
}
public void TrickleThreeMessagesSpacedAMinuteApartPausedAfterFirstThenResumed()
{
var coordinatorId = Guid.NewGuid();
var ravenScheduleDocuments = MockRepository.GenerateStrictMock<IRavenScheduleDocuments>();
ravenScheduleDocuments.Expect(r => r.SaveSchedules(Arg<List<ScheduleSmsForSendingLater>>.Is.Anything, Arg<Guid>.Is.Anything));
ravenScheduleDocuments.Expect(r => r.SaveCoordinator(Arg<CoordinatorCreated>.Is.Anything));
ravenScheduleDocuments.Expect(r => r.GetActiveScheduleTrackingData(coordinatorId)).Return(new List<ScheduleTrackingData> { new ScheduleTrackingData(), new ScheduleTrackingData() });
ravenScheduleDocuments.Expect(r => r.GetActiveScheduleTrackingData(coordinatorId)).Return(new List<ScheduleTrackingData> { new ScheduleTrackingData(), new ScheduleTrackingData() });
ravenScheduleDocuments.Expect(r => r.AreCoordinatedSchedulesComplete(coordinatorId)).Return(true);
ravenScheduleDocuments.Expect(r => r.MarkCoordinatorAsComplete(Arg<Guid>.Is.Equal(coordinatorId), Arg<DateTime>.Is.Anything));
ravenScheduleDocuments.Expect(r => r.GetScheduleSummary(coordinatorId)).Return(new List<ScheduledMessagesStatusCountInCoordinatorIndex.ReduceResult>());
var startTime = DateTime.Now.AddHours(3);
var timeSpacing = new TimeSpan(0, 10, 0);
var trickleMultipleMessages = new TrickleSmsWithDefinedTimeBetweenEachMessage
{
StartTimeUtc = startTime,
Messages = new List<SmsData>
{
new SmsData("mobile#1", "message"),
new SmsData("mobile#2", "message2"),
new SmsData("mobile#3", "message3")
},
TimeSpacing = timeSpacing,
CoordinatorId = coordinatorId,
MetaData = new SmsMetaData()
};
var sagaData = new CoordinateSmsSchedulingData { Id = Guid.NewGuid(), Originator = "o", OriginalMessageId = "i" };
Test.Initialize();
Test.Saga<CoordinateSmsScheduler>()
.WithExternalDependencies(d => { d.Data = sagaData; d.RavenScheduleDocuments = ravenScheduleDocuments; })
.ExpectSend<ScheduleSmsForSendingLater>(l => l.SmsData.Mobile == trickleMultipleMessages.Messages[0].Mobile)
.ExpectSend<ScheduleSmsForSendingLater>(l => l.SmsData.Mobile == trickleMultipleMessages.Messages[1].Mobile)
.ExpectSend<ScheduleSmsForSendingLater>(l => l.SmsData.Mobile == trickleMultipleMessages.Messages[2].Mobile)
.ExpectTimeoutToBeSetAt<CoordinatorTimeout>((state, timeout) => true)
.When(s => s.Handle(trickleMultipleMessages))
.ExpectSend<PauseScheduledMessageIndefinitely>()
.ExpectSend<PauseScheduledMessageIndefinitely>()
.When(s => s.Handle(new PauseTrickledMessagesIndefinitely()))
.ExpectSend<ResumeScheduledMessageWithOffset>()
.ExpectSend<ResumeScheduledMessageWithOffset>()
.When(s => s.Handle(new ResumeTrickledMessages()))
.AssertSagaCompletionIs(false)
.ExpectPublish<CoordinatorCompleted>()
.When(s => s.Timeout(new CoordinatorTimeout()))
.AssertSagaCompletionIs(true);
}
public void TrickleMessagesSpacedByTimespan_Data()
{
var messageList = new List<SmsData> { new SmsData("9384938", "3943lasdkf;j"), new SmsData("99999", "dj;alsdfkj") };
var trickleMessagesOverTime = new TrickleSmsWithDefinedTimeBetweenEachMessage { TimeSpacing = new TimeSpan(1000), Messages = messageList, StartTimeUtc = DateTime.Now, UserOlsenTimeZone = "timeZone", CoordinatorId = Guid.NewGuid(), MetaData = new SmsMetaData()};
var ravenScheduleDocuments = MockRepository.GenerateStrictMock<IRavenScheduleDocuments>();
var sendingMessages = new List<ScheduleSmsForSendingLater>();
ravenScheduleDocuments.Expect(r => r.SaveSchedules(Arg<List<ScheduleSmsForSendingLater>>.Is.NotNull, Arg<Guid>.Is.Equal(trickleMessagesOverTime.CoordinatorId)))
.WhenCalled(r => sendingMessages = (List<ScheduleSmsForSendingLater>)r.Arguments[0]);
ravenScheduleDocuments.Expect(r => r.SaveCoordinator(Arg<CoordinatorCreated>.Is.Anything));
var timingManager = MockRepository.GenerateMock<ICalculateSmsTiming>();
var sagaData = new CoordinateSmsSchedulingData { Originator = "originator", Id = Guid.NewGuid() };
Test.Initialize();
Test.Saga<CoordinateSmsScheduler>()
.WithExternalDependencies(s =>
{
s.TimingManager = timingManager;
s.Data = sagaData;
s.RavenScheduleDocuments = ravenScheduleDocuments;
})
.ExpectSend<ScheduleSmsForSendingLater>(l =>
//l.Count == 2 &&
l.SendMessageAtUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.Ticks &&
l.SmsData.Message == trickleMessagesOverTime.Messages[0].Message &&
l.SmsData.Mobile == trickleMessagesOverTime.Messages[0].Mobile &&
l.SmsMetaData == trickleMessagesOverTime.MetaData)
.ExpectSend<ScheduleSmsForSendingLater>(l =>
l.SendMessageAtUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.Ticks + trickleMessagesOverTime.TimeSpacing.Ticks &&
l.SmsData.Message == trickleMessagesOverTime.Messages[1].Message &&
l.SmsData.Mobile == trickleMessagesOverTime.Messages[1].Mobile &&
l.SmsMetaData == trickleMessagesOverTime.MetaData)
.ExpectPublish<CoordinatorCreated>(c =>
c.CoordinatorId == trickleMessagesOverTime.CoordinatorId &&
c.ScheduledMessages.Count == 2 &&
c.ScheduledMessages[0].Number == trickleMessagesOverTime.Messages[0].Mobile &&
c.ScheduledMessages[0].ScheduleMessageId == sendingMessages[0].ScheduleMessageId &&
c.ScheduledMessages[0].ScheduleMessageId != Guid.Empty && // HACK : Need to make this valid
c.ScheduledMessages[0].ScheduledTimeUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.Ticks &&
c.ScheduledMessages[1].Number == trickleMessagesOverTime.Messages[1].Mobile &&
c.ScheduledMessages[1].ScheduleMessageId == sendingMessages[1].ScheduleMessageId &&
c.ScheduledMessages[1].ScheduleMessageId != Guid.Empty && // HACK : Need to make this valid
c.ScheduledMessages[1].ScheduledTimeUtc.Ticks == trickleMessagesOverTime.StartTimeUtc.Ticks + trickleMessagesOverTime.TimeSpacing.Ticks &&
c.UserOlsenTimeZone == trickleMessagesOverTime.UserOlsenTimeZone)
.ExpectTimeoutToBeSetAt<CoordinatorTimeout>((state, timeout) => timeout == trickleMessagesOverTime.StartTimeUtc.Add(trickleMessagesOverTime.TimeSpacing).AddMinutes(2))
.When(s => s.Handle(trickleMessagesOverTime));
Assert.That(sendingMessages.Count, Is.EqualTo(2));
timingManager.VerifyAllExpectations();
ravenScheduleDocuments.VerifyAllExpectations();
}
