public async Task WhenCallingIndexWithFilteringEmptyQueuesReturnDataIndicatingQueueCounts()
{
//Given
var sut = new QueuesController(getQueuesQuery.Object, getMessageCountPerUser.Object, getUserSessionsQuery.Object);
//When
var result = await sut.Index(string.Empty, string.Empty, string.Empty, 0, 0, true);
//Then
var queueInfoModel = result.Should().BeOfType <JsonResult>().Which.Value.Should().BeOfType <QueueInformationModel>().Which;
queueInfoModel.Total.Should().Be(3);
queueInfoModel.Rows.Should().BeEquivalentTo(
new QueueInformationModel.QueueCountInfo
{
Id = "TestQueue1",
MessageCount = 10,
MessageCountInvestigation = "60 (UserA_Username,UserB_Username)",
Name = "TestQueue1"
},
new QueueInformationModel.QueueCountInfo
{
Id = "TestQueue2",
MessageCount = 20,
MessageCountInvestigation = "20 (UserC_Username)",
Name = "TestQueue2"
},
new QueueInformationModel.QueueCountInfo
{
Id = "TestQueue3",
MessageCount = 0,
MessageCountInvestigation = "30 (UserD_Username)",
Name = "TestQueue3"
});
}
private void Preprocess()
{
if (m_isFinished)
{
Log("\n *** Simulation started *** \n");
// Initialize starting events
TenantGenerator generator;
TenantQueue queue;
foreach (int key in GeneratorsController.Floors)
{
generator = GeneratorsController.Get(key);
queue = QueuesController.Get(key);
CreateEvent_NewTenant(generator, queue);
}
// Force update statistics
GeneratorsController.UpdateStatistics();
QueuesController.UpdateStatistics();
ElevatorsController.UpdateStatistics();
m_isFinished = false;
}
else
{
Log("\n *** Simulation continued *** \n");
}
}
private void Postprocess()
{
Log("\n *** Simulation stopped *** \n");
// Force update statistics
GeneratorsController.UpdateStatistics();
QueuesController.UpdateStatistics();
ElevatorsController.UpdateStatistics();
}
public void CreateEvent_Pickup(Elevator elevator)
{
// Get associated queue
TenantQueue queue = QueuesController.Get(elevator.CurrentFloor);
if (queue.IsHallcall(elevator.Direction) &&
elevator.FreePlace > 0)
{
m_scheduler.Add(new PickupEvent(Time, this, queue, elevator));
}
}
public void Reset()
{
// Reset time
Time = 0;
// Reset model elements
m_scheduler.Reset();
GeneratorsController.Reset();
QueuesController.Reset();
ElevatorsController.Reset();
// Finish the simulation if it was started
if (!m_isFinished)
{
Log("\n *** Simulation finished *** \n");
m_isFinished = true;
}
}
