public void Test_RevertCheckIn()
{
DateTime?now = DateTime.Now;
var procedure = new Procedure {
ProcedureCheckIn = new ProcedureCheckIn()
};
var regStep = new RegistrationProcedureStep(procedure);
var staff = TestStaffFactory.CreateStaff();
procedure.CheckIn(staff, now);
Assert.IsFalse(procedure.IsPreCheckIn);
Assert.IsTrue(procedure.IsCheckedIn);
Assert.IsFalse(procedure.IsCheckedOut);
Assert.AreEqual(ActivityStatus.IP, regStep.State);
Assert.IsNull(regStep.EndTime);
procedure.RevertCheckIn();
Assert.IsTrue(procedure.IsPreCheckIn);
Assert.IsFalse(procedure.IsCheckedIn);
Assert.IsFalse(procedure.IsCheckedOut);
Assert.IsNull(procedure.ProcedureCheckIn.CheckInTime);
Assert.IsNull(procedure.ProcedureCheckIn.CheckOutTime);
// the registration step is not reverted
Assert.AreEqual(ActivityStatus.IP, regStep.State);
Assert.AreEqual(staff, regStep.PerformingStaff);
}
public void UpdateProcedureFromRequisition(Procedure procedure, ProcedureRequisition requisition, Staff currentUserStaff, IPersistenceContext context)
{
// check if the procedure was cancelled
if (requisition.Cancelled)
{
if (procedure.Status == ProcedureStatus.SC)
{
// if RP is still scheduled, cancel it
procedure.Cancel();
}
else if (procedure.Status == ProcedureStatus.IP)
{
// if RP in-progress, discontinue it
procedure.Discontinue();
}
// early exit - nothing else to update
return;
}
// The following properties are appropriate only for procedures in SC status.
if (!IsProcedureModifiable(procedure))
{
return;
}
procedure.Schedule(requisition.ScheduledTime, requisition.ScheduledDuration);
procedure.SchedulingCode = EnumUtils.GetEnumValue <SchedulingCodeEnum>(requisition.SchedulingCode, context);
procedure.PerformingFacility = context.Load <Facility>(requisition.PerformingFacility.FacilityRef, EntityLoadFlags.Proxy);
procedure.PerformingDepartment = requisition.PerformingDepartment == null ? null
: context.Load <Department>(requisition.PerformingDepartment.DepartmentRef, EntityLoadFlags.Proxy);
// if the requisition explicitly specifies a modality, assign that modality to all MPS
// (we ignore the fact that the procedure plan can theoretically contain modality procedures steps spanning multiple
// DICOM modalities, since in the small clinic use-case, each procedure type generally only has a single MPS)
if (requisition.Modality != null)
{
foreach (var mps in procedure.ModalityProcedureSteps)
{
mps.Modality = context.Load <Modality>(requisition.Modality.ModalityRef, EntityLoadFlags.Proxy);
}
}
procedure.Laterality = EnumUtils.GetEnumValue <Laterality>(requisition.Laterality);
procedure.Portable = requisition.PortableModality;
if (requisition.CheckedIn && procedure.IsPreCheckIn)
{
procedure.CheckIn(currentUserStaff, null);
}
else if (!requisition.CheckedIn && procedure.IsCheckedIn)
{
procedure.RevertCheckIn();
}
}
public void Execute(Procedure rp, Staff checkInStaff, DateTime?checkInTime, IWorkflow workflow)
{
rp.CheckIn(checkInStaff, checkInTime);
}
public void Execute(Procedure rp, Staff checkInStaff, DateTime? checkInTime, IWorkflow workflow)
{
rp.CheckIn(checkInStaff, checkInTime);
}
public void Test_RevertCheckIn()
{
DateTime? now = DateTime.Now;
var procedure = new Procedure { ProcedureCheckIn = new ProcedureCheckIn() };
var regStep = new RegistrationProcedureStep(procedure);
var staff = TestStaffFactory.CreateStaff();
procedure.CheckIn(staff, now);
Assert.IsFalse(procedure.IsPreCheckIn);
Assert.IsTrue(procedure.IsCheckedIn);
Assert.IsFalse(procedure.IsCheckedOut);
Assert.AreEqual(ActivityStatus.IP, regStep.State);
Assert.IsNull(regStep.EndTime);
procedure.RevertCheckIn();
Assert.IsTrue(procedure.IsPreCheckIn);
Assert.IsFalse(procedure.IsCheckedIn);
Assert.IsFalse(procedure.IsCheckedOut);
Assert.IsNull(procedure.ProcedureCheckIn.CheckInTime);
Assert.IsNull(procedure.ProcedureCheckIn.CheckOutTime);
// the registration step is not reverted
Assert.AreEqual(ActivityStatus.IP, regStep.State);
Assert.AreEqual(staff, regStep.PerformingStaff);
}
