private IActionResult ScheduleTimeSlot(TimeSlotModel model)
{
if (model == null)
{
return(BadRequest("There is no enough information to schedule time slot"));
}
var timeSlot = model.ToEntity();
try
{
//prevent overlapping of time slots which can due to overlapping of requests
lock (Locker)
{
var minimalStartDate = (timeSlot.ScheduledFor ?? DateTime.Now).AddHours(-8);
Expression <Func <SchedulingBoard, bool> > condition;
if (timeSlot.ScheduledFor.HasValue)
{
condition = m =>
m.StartsAt.CompareTo(minimalStartDate) > 0 && m.StartsAt.CompareTo(timeSlot.ScheduledFor.Value) <= 0;
}
else
{
condition = m =>
m.StartsAt.CompareTo(minimalStartDate) > 0;
}
var schedulingBoardCandidates = _schedulingRepository.FetchBoardsAsync(condition).Result;
foreach (var schedulingBoardCandidate in schedulingBoardCandidates)
{
if (!timeSlot.ScheduledFor.HasValue)
{
var scheduledFor = schedulingBoardCandidate.GetTimeForTimeSlot(timeSlot);
if (scheduledFor.HasValue)
{
timeSlot.SetTime(scheduledFor);
}
else
{
continue;
}
}
else if (!schedulingBoardCandidate.IsTimeSlogValidForBoard(timeSlot))
{
continue;
}
timeSlot.SchedulingBoardId = schedulingBoardCandidate.Id;
_schedulingRepository.Schedule(timeSlot).Wait();
return(Ok(timeSlot));
}
}
}
catch (ArgumentException ae)
{
return(BadRequest(ae.Message));
}
return(BadRequest("Business rules prevented scheduling"));
}
public void ToEntity_Intervention_Success()
{
var unitUnderTest = new TimeSlotModel
{
TimeSlotType = TimeSlotType.Intervention
};
var convertedEntity = unitUnderTest.ToEntity();
Assert.IsType <InterventionTimeSlot>(convertedEntity);
}
public void ToEntity_Control_Success()
{
var unitUnderTest = new TimeSlotModel
{
TimeSlotType = TimeSlotType.Control
};
var convertedEntity = unitUnderTest.ToEntity();
Assert.IsType <ControlTimeSlot>(convertedEntity);
}
public IHttpActionResult Post([FromBody] TimeSlotModel model)
{
var result = PerformAction <SetOpeningHours, TimeSlot>(new SetOpeningHours(model.ToEntity()));
return(new ActionResultToCreatedHttpActionResult <TimeSlot, TimeSlotModel>(result, x => x.ToModel(), this)
.Do());
}