public void Test_merge_order()
{
var patient = TestPatientFactory.CreatePatient();
var visit = TestVisitFactory.CreateVisit(patient);
var facility = TestFacilityFactory.CreateFacility();
var order1 = TestOrderFactory.CreateOrder(patient, visit, facility, "101", 2, 1, true, true);
var order2 = TestOrderFactory.CreateOrder(patient, visit, facility, "102", 2, 1, true, true);
var staff = TestStaffFactory.CreateStaff();
// merge order1 into order2
order1.Merge(new OrderMergeInfo(staff, DateTime.Now, order2));
// order1 post conditions
Assert.AreEqual(OrderStatus.MG, order1.Status);
Assert.IsNotNull(order1.MergeInfo);
Assert.AreEqual(order2, order1.MergeInfo.MergeDestinationOrder);
Assert.AreEqual(staff, order1.MergeInfo.MergedBy);
Assert.AreEqual(2, order1.Procedures.Count);
Assert.IsTrue(CollectionUtils.TrueForAll(order1.Procedures, p => p.Status == ProcedureStatus.GH));
// order2 post conditions
Assert.AreEqual(OrderStatus.SC, order2.Status);
Assert.IsNull(order2.MergeInfo);
Assert.AreEqual(4, order2.Procedures.Count);
Assert.IsTrue(CollectionUtils.TrueForAll(order1.Procedures, p => p.Status == ProcedureStatus.SC));
}
public void Test_DiscontinueOrder()
{
Order order = TestOrderFactory.CreateOrder(2, 2, true);
// copy req procs to a list so we can access them by index
List <Procedure> reqProcs = new List <Procedure>(
new TypeSafeEnumerableWrapper <Procedure>(order.Procedures));
Procedure rp1 = reqProcs[0];
Procedure rp2 = reqProcs[1];
// start rp 1
rp1.ModalityProcedureSteps[0].Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)));
order.Discontinue(new OrderCancelInfo(_defaultCancelReason, TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)), "", null));
// rp 2 is canceled
CheckStatus(ProcedureStatus.CA, rp2);
Assert.IsNull(rp2.StartTime); // rp2 was never started
Assert.IsNotNull(rp2.EndTime);
// rp 1 is discontinued
CheckStatus(ProcedureStatus.DC, rp1);
Assert.IsNotNull(rp1.StartTime);
Assert.IsNotNull(rp1.EndTime);
// order is discontinued
CheckStatus(OrderStatus.DC, order);
Assert.IsNotNull(order.StartTime);
Assert.IsNotNull(order.EndTime); // end-time is set because order is discontinued, even though rp1 is still in progress
}
public void Test_CompleteProcedureStepFromInProgress()
{
Order order = TestOrderFactory.CreateOrder(1, 1, true);
Procedure rp1 = CollectionUtils.FirstElement(order.Procedures);
ModalityProcedureStep mps1 = rp1.ModalityProcedureSteps[0];
CheckStatus(ActivityStatus.SC, mps1);
mps1.Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
CheckStatus(ActivityStatus.IP, mps1);
mps1.Complete();
CheckStatus(ActivityStatus.CM, mps1);
Assert.IsNotNull(mps1.StartTime);
Assert.IsNotNull(mps1.EndTime);
CheckStatus(ProcedureStatus.IP, rp1);
Assert.IsNotNull(rp1.StartTime);
Assert.IsNull(rp1.EndTime);
CheckStatus(OrderStatus.IP, order);
Assert.IsNotNull(order.StartTime);
Assert.IsNull(order.EndTime);
}
public void Test_DiscontinueProcedure()
{
Order order = TestOrderFactory.CreateOrder(1, 3, true);
// copy req procs to a list so we can access them by index
List <Procedure> reqProcs = new List <Procedure>(
new TypeSafeEnumerableWrapper <Procedure>(order.Procedures));
Procedure rp1 = reqProcs[0];
// put one mps in progress and the other completed, leaving the third scheduled
rp1.ModalityProcedureSteps[0].Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
rp1.ModalityProcedureSteps[1].Complete(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
// discontinue rp1
rp1.Discontinue();
CheckStatus(ProcedureStatus.DC, rp1);
Assert.IsNotNull(rp1.StartTime);
Assert.IsNotNull(rp1.EndTime);
// expect scheduled step was discontinued
CheckStatus(ActivityStatus.DC, rp1.ModalityProcedureSteps[2]);
Assert.IsNull(rp1.ModalityProcedureSteps[2].StartTime);
Assert.IsNotNull(rp1.ModalityProcedureSteps[2].EndTime);
// expect in-progress step was discontinued
CheckStatus(ActivityStatus.DC, rp1.ModalityProcedureSteps[0]);
Assert.IsNotNull(rp1.ModalityProcedureSteps[0].StartTime);
Assert.IsNotNull(rp1.ModalityProcedureSteps[0].EndTime);
// expect completed steps unchanged
CheckStatus(ActivityStatus.CM, rp1.ModalityProcedureSteps[1]);
Assert.IsNotNull(rp1.ModalityProcedureSteps[1].StartTime);
Assert.IsNotNull(rp1.ModalityProcedureSteps[1].EndTime);
}
public void Test_Test_AutoCompleteOrderProcedure()
{
Order order = TestOrderFactory.CreateOrder(2, 1, true);
// copy req procs to a list so we can access them by index
List <Procedure> reqProcs = new List <Procedure>(
new TypeSafeEnumerableWrapper <Procedure>(order.Procedures));
Procedure rp1 = reqProcs[0];
Procedure rp2 = reqProcs[1];
// cancel rp2
rp2.Cancel();
// complete rp1 and publish it
rp1.ModalityProcedureSteps[0].Complete(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
PublicationStep pub1 = new PublicationStep();
pub1.ReportPart = new ReportPart(new Report(), 0); // must have a report part or we get null-ref exception
rp1.AddProcedureStep(pub1);
pub1.Complete(TestStaffFactory.CreateStaff(new StaffTypeEnum("PRAD", null, null)));
CheckStatus(ProcedureStatus.CA, rp2);
Assert.IsNull(rp2.StartTime);
Assert.IsNotNull(rp2.EndTime);
CheckStatus(ProcedureStatus.CM, rp1);
Assert.IsNotNull(rp1.StartTime);
Assert.IsNotNull(rp1.EndTime);
CheckStatus(OrderStatus.CM, order);
Assert.IsNotNull(rp1.StartTime);
Assert.IsNotNull(rp1.EndTime);
}
public void Test_AutoDiscontinueOrder()
{
Order order = TestOrderFactory.CreateOrder(2, 2, true);
// copy req procs to a list so we can access them by index
List <Procedure> reqProcs = new List <Procedure>(
new TypeSafeEnumerableWrapper <Procedure>(order.Procedures));
Procedure rp1 = reqProcs[0];
Procedure rp2 = reqProcs[1];
// start and discontinue rp1
rp1.ModalityProcedureSteps[0].Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
rp1.Discontinue();
Assert.IsNotNull(rp1.StartTime);
Assert.IsNotNull(rp1.EndTime);
// cancel rp2
rp2.Cancel();
Assert.IsNull(rp2.StartTime);
Assert.IsNotNull(rp2.EndTime);
// order should be discontinued
CheckStatus(OrderStatus.DC, order);
Assert.IsNotNull(order.StartTime);
Assert.IsNotNull(order.EndTime);
}
public void Test_ReplaceOrderFromScheduled()
{
Order order = TestOrderFactory.CreateOrder(2, 2, true);
CheckStatus(OrderStatus.SC, order);
Order replacement = TestOrderFactory.CreateOrder(2, 2, true);
order.Cancel(new OrderCancelInfo(_defaultCancelReason, TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)), "", replacement));
CheckStatus(OrderStatus.RP, order);
Assert.IsNull(order.StartTime);
Assert.IsNotNull(order.EndTime);
foreach (Procedure rp in order.Procedures)
{
CheckStatus(ProcedureStatus.CA, rp);
Assert.IsNull(rp.StartTime);
Assert.IsNotNull(rp.EndTime);
foreach (ProcedureStep step in rp.ProcedureSteps)
{
CheckStatus(ActivityStatus.DC, step);
}
}
}
public void Test_CancelOrderWithCancelledProcedure()
{
Order order = TestOrderFactory.CreateOrder(2, 2, true);
CheckStatus(OrderStatus.SC, order);
// cancel one of the procedures - this will not cancel the order
Procedure p1 = CollectionUtils.FirstElement(order.Procedures);
p1.Cancel();
// order is still scheduled
CheckStatus(OrderStatus.SC, order);
// now cancel order
order.Cancel(new OrderCancelInfo(_defaultCancelReason, TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)), "", null));
CheckStatus(OrderStatus.CA, order);
Assert.IsNull(order.StartTime);
Assert.IsNotNull(order.EndTime);
foreach (Procedure rp in order.Procedures)
{
CheckStatus(ProcedureStatus.CA, rp);
Assert.IsNull(rp.StartTime);
Assert.IsNotNull(rp.EndTime);
foreach (ProcedureStep step in rp.ProcedureSteps)
{
CheckStatus(ActivityStatus.DC, step);
}
}
}
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);
}
internal static OrderAttachment CreateOrderAttachment()
{
return(new OrderAttachment(
new OrderAttachmentCategoryEnum("PD", "Pending", null),
TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)),
DateTime.Now,
TestAttachedDocumentFactory.CreateAttachedDocument()));
}
internal static OrderNote CreateOrderNote(string comment)
{
//return new OrderNote(Platform.Time, TestStaffFactory.CreateStaff(StaffType.STEC), comment);
OrderNote note = new OrderNote();
note.CreationTime = Platform.Time;
note.Author = TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null));
note.Body = comment;
return(note);
}
public static Order CreateOrder(Patient patient, Visit visit, Facility facility, string accession, int numProcedures, int numMpsPerProcedure, bool createProcedureSteps, bool schedule)
{
var procedureNumberBroker = new TestProcedureNumberBroker();
var dicomUidBroker = new TestDicomUidBroker();
DateTime?scheduleTime = DateTime.Now;
DiagnosticService ds = TestDiagnosticServiceFactory.CreateDiagnosticService(numProcedures);
string reasonForStudy = "Test";
ExternalPractitioner orderingPrac = TestExternalPractitionerFactory.CreatePractitioner();
Order order = Order.NewOrder(new OrderCreationArgs(
Platform.Time,
TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)),
null,
accession,
patient,
visit,
ds,
reasonForStudy,
OrderPriority.R,
facility,
facility,
scheduleTime,
orderingPrac,
new List <ResultRecipient>()),
procedureNumberBroker,
dicomUidBroker);
if (createProcedureSteps)
{
foreach (Procedure proc in order.Procedures)
{
AddProcedureSteps(proc, numMpsPerProcedure);
}
}
DateTime dt = DateTime.Now;
if (schedule)
{
foreach (Procedure proc in order.Procedures)
{
proc.Schedule(dt);
}
}
return(order);
}
public void Test_CreateNewOrderScheduled()
{
DateTime scheduleTime = DateTime.Now;
Patient patient = TestPatientFactory.CreatePatient();
Visit visit = TestVisitFactory.CreateVisit(patient);
DiagnosticService ds = TestDiagnosticServiceFactory.CreateDiagnosticService();
string accession = "10000001";
string reasonForStudy = "Test";
ExternalPractitioner orderingPrac = TestExternalPractitionerFactory.CreatePractitioner();
Facility facility = TestFacilityFactory.CreateFacility();
Order order = Order.NewOrder(new OrderCreationArgs(Platform.Time, TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)), null,
accession, patient, visit, ds, reasonForStudy, OrderPriority.R, facility, facility,
scheduleTime, orderingPrac, new List <ResultRecipient>()), new TestProcedureNumberBroker(), new TestDicomUidBroker());
// check basics
Assert.AreEqual(accession, order.AccessionNumber);
Assert.AreEqual(reasonForStudy, order.ReasonForStudy);
Assert.AreEqual(patient, order.Patient);
Assert.AreEqual(visit, order.Visit);
Assert.AreEqual(ds, order.DiagnosticService);
Assert.AreEqual(scheduleTime, order.SchedulingRequestTime);
Assert.AreEqual(null, order.ScheduledStartTime); // because the order has not been scheduled
Assert.AreEqual(null, order.StartTime); // because the order has not been started
Assert.AreEqual(null, order.EndTime); // because the order has not been completed
Assert.AreEqual(orderingPrac, order.OrderingPractitioner);
Assert.AreEqual(facility, order.OrderingFacility);
Assert.AreEqual(OrderPriority.R, order.Priority);
CheckStatus(OrderStatus.SC, order);
// check that diagnostic service plan was copied properly
Assert.AreEqual(ds.ProcedureTypes.Count, order.Procedures.Count);
foreach (Procedure rp in order.Procedures)
{
CheckStatus(ProcedureStatus.SC, rp);
ProcedureType rpType = CollectionUtils.SelectFirst(ds.ProcedureTypes,
delegate(ProcedureType rpt) { return(rpt.Equals(rp.Type)); });
Assert.IsNotNull(rpType, "diagnostic service plan not copied correctly");
foreach (ModalityProcedureStep mps in rp.ModalityProcedureSteps)
{
CheckStatus(ActivityStatus.SC, mps);
}
}
}
public void Test_AutoStartOrderProcedure()
{
Order order = TestOrderFactory.CreateOrder(2, 2, true);
// put the order in progress
Procedure rp = CollectionUtils.FirstElement(order.Procedures);
ProcedureStep step = CollectionUtils.FirstElement(rp.ProcedureSteps);
step.Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
// procedure is in progress
CheckStatus(ProcedureStatus.IP, rp);
Assert.IsNotNull(rp.StartTime);
// order is in progress
CheckStatus(OrderStatus.IP, order);
Assert.IsNotNull(order.StartTime);
}
public void Test_CancelProcedureFromInProgress()
{
try
{
Order order = TestOrderFactory.CreateOrder(1, 1, true);
Procedure rp = CollectionUtils.FirstElement(order.Procedures);
rp.ModalityProcedureSteps[0].Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
CheckStatus(ProcedureStatus.IP, rp);
rp.Cancel();
Assert.Fail("expected exception when trying to cancel in progress procedure");
}
catch (WorkflowException e)
{
Assert.IsInstanceOfType(typeof(WorkflowException), e);
}
}
public void Test_CancelOrderFromInProgress()
{
Order order = TestOrderFactory.CreateOrder(2, 2, true);
// put the order in progress
Procedure rp = CollectionUtils.FirstElement(order.Procedures);
ProcedureStep step = CollectionUtils.FirstElement(rp.ProcedureSteps);
step.Start(TestStaffFactory.CreateStaff(new StaffTypeEnum("STEC", null, null)));
try
{
order.Cancel(new OrderCancelInfo(_defaultCancelReason, TestStaffFactory.CreateStaff(new StaffTypeEnum("SCLR", null, null)), "", null));
Assert.Fail("expected exception when trying to cancel non-scheduled order");
}
catch (Exception e)
{
Assert.IsInstanceOfType(typeof(WorkflowException), e);
}
}
