public ModifyOrderResponse ModifyOrder(ModifyOrderRequest request)
{
Platform.CheckForNullReference(request, "request");
Platform.CheckMemberIsSet(request.Requisition, "Requisition");
Platform.CheckMemberIsSet(request.Requisition.OrderRef, "OrderRef");
var order = this.PersistenceContext.Load <Order>(request.Requisition.OrderRef);
var assembler = new OrderEntryAssembler();
assembler.UpdateOrderFromRequisition(order, request.Requisition, this.CurrentUserStaff, this.PersistenceContext);
UpdateProceduresHelper(order, request.Requisition.Procedures, request);
ValidateVisitsExist(order);
this.PersistenceContext.SynchState();
var orderAssembler = new OrderAssembler();
return(new ModifyOrderResponse(orderAssembler.CreateOrderSummary(order, this.PersistenceContext)));
}
public GetOrderRequisitionForEditResponse GetOrderRequisitionForEdit(GetOrderRequisitionForEditRequest request)
{
Platform.CheckForNullReference(request, "request");
if (request.ProcedureRef == null)
{
Platform.CheckMemberIsSet(request.OrderRef, "OrderRef");
}
if (request.OrderRef == null)
{
Platform.CheckMemberIsSet(request.ProcedureRef, "ProcedureRef");
}
var order = request.OrderRef != null?
this.PersistenceContext.Load <Order>(request.OrderRef)
: this.PersistenceContext.Load <Procedure>(request.ProcedureRef).Order;
var assembler = new OrderEntryAssembler();
var requisition = assembler.CreateOrderRequisition(order, this.PersistenceContext);
return(new GetOrderRequisitionForEditResponse(requisition));
}
private void UpdateProceduresHelper(Order order, IEnumerable <ProcedureRequisition> procedureReqs, ModifyOrderRequest request)
{
// do not update the procedures if the order is completed
if (order.IsTerminated)
{
return;
}
var assembler = new OrderEntryAssembler();
// if any procedure is in downtime recovery mode, assume the entire order is a "downtime order"
var isDowntime = CollectionUtils.Contains(order.Procedures, p => p.DowntimeRecoveryMode);
// separate the list into additions and updates
var existingReqs = new List <ProcedureRequisition>();
var addedReqs = new List <ProcedureRequisition>();
foreach (var req in procedureReqs)
{
if (CollectionUtils.Contains(order.Procedures, x => req.ProcedureNumber == x.Number))
{
existingReqs.Add(req);
}
else
{
addedReqs.Add(req);
}
}
// process the additions first, so that we don't accidentally cancel an order (if all its procedures are cancelled momentarily)
var procedureNumberBroker = PersistenceContext.GetBroker <IProcedureNumberBroker>();
var dicomUidBroker = PersistenceContext.GetBroker <IDicomUidBroker>();
foreach (var req in addedReqs)
{
var requestedType = this.PersistenceContext.Load <ProcedureType>(req.ProcedureType.ProcedureTypeRef);
// create a new procedure for this requisition
var procedure = new Procedure(requestedType, procedureNumberBroker.GetNext(), dicomUidBroker.GetNewUid())
{
DowntimeRecoveryMode = isDowntime
};
order.AddProcedure(procedure);
// note: need to lock the new procedure now, prior to creating the procedure steps
// otherwise may get exceptions saying the Procedure is a transient object
this.PersistenceContext.Lock(procedure, DirtyState.New);
// create the procedure steps
procedure.CreateProcedureSteps();
// apply the requisition information to the actual procedure
assembler.UpdateProcedureFromRequisition(procedure, req, this.CurrentUserStaff, this.PersistenceContext);
LogicalHL7Event.ProcedureCreated.EnqueueEvents(procedure);
}
// process updates
foreach (var req in existingReqs)
{
var requestedType = this.PersistenceContext.Load <ProcedureType>(req.ProcedureType.ProcedureTypeRef);
var procedure = CollectionUtils.SelectFirst(order.Procedures, x => req.ProcedureNumber == x.Number);
// validate that the type has not changed
if (!procedure.Type.Equals(requestedType))
{
throw new RequestValidationException("Order modification must not modify the type of a requested procedure.");
}
// If the procedure is already terminated, just move on to the next one since procedures cannot be "un-terminated".
if (procedure.IsTerminated)
{
continue;
}
// apply the requisition information to the actual procedure
assembler.UpdateProcedureFromRequisition(procedure, req, this.CurrentUserStaff, this.PersistenceContext);
(req.Cancelled ? LogicalHL7Event.ProcedureCancelled : LogicalHL7Event.ProcedureModified).EnqueueEvents(procedure);
}
}
private Order PlaceOrderHelper(OrderRequisition requisition)
{
// get appropriate A# for this order
var accNum = GetAccessionNumberForOrder(requisition);
var patient = this.PersistenceContext.Load <Patient>(requisition.Patient.PatientRef, EntityLoadFlags.Proxy);
var orderingFacility = this.PersistenceContext.Load <Facility>(requisition.OrderingFacility.FacilityRef, EntityLoadFlags.Proxy);
var visit = FindOrCreateVisit(requisition, patient, orderingFacility, accNum);
var orderingPhysician = this.PersistenceContext.Load <ExternalPractitioner>(requisition.OrderingPractitioner.PractitionerRef, EntityLoadFlags.Proxy);
var diagnosticService = this.PersistenceContext.Load <DiagnosticService>(requisition.DiagnosticService.DiagnosticServiceRef);
var priority = EnumUtils.GetEnumValue <OrderPriority>(requisition.Priority);
var resultRecipients = CollectionUtils.Map(
requisition.ResultRecipients ?? new List <ResultRecipientDetail>(),
(ResultRecipientDetail s) => new ResultRecipient(
this.PersistenceContext.Load <ExternalPractitionerContactPoint>(s.ContactPoint.ContactPointRef, EntityLoadFlags.Proxy),
EnumUtils.GetEnumValue <ResultCommunicationMode>(s.PreferredCommunicationMode)));
// generate set of procedures
// create a temp map from procedure back to its requisition, this will be needed later
var orderAssembler = new OrderEntryAssembler();
var mapProcToReq = new Dictionary <Procedure, ProcedureRequisition>();
var procedureNumberBroker = PersistenceContext.GetBroker <IProcedureNumberBroker>();
var dicomUidBroker = PersistenceContext.GetBroker <IDicomUidBroker>();
var procedures = CollectionUtils.Map(
requisition.Procedures ?? new List <ProcedureRequisition>(),
delegate(ProcedureRequisition req)
{
var rpt = this.PersistenceContext.Load <ProcedureType>(req.ProcedureType.ProcedureTypeRef);
var rp = new Procedure(rpt, procedureNumberBroker.GetNext(), dicomUidBroker.GetNewUid());
mapProcToReq.Add(rp, req);
// important to set this flag prior to creating the procedure steps, because it may affect
// which procedure steps are created
rp.DowntimeRecoveryMode = requisition.IsDowntimeOrder;
return(rp);
});
// generate a new order with the default set of procedures
var order = Order.NewOrder(
new OrderCreationArgs(
Platform.Time,
this.CurrentUserStaff,
null,
accNum,
patient,
visit,
diagnosticService,
requisition.ReasonForStudy,
priority,
orderingFacility,
requisition.SchedulingRequestTime,
orderingPhysician,
resultRecipients,
procedures),
procedureNumberBroker,
dicomUidBroker);
// note: need to lock the new order now, prior to creating the procedure steps
// otherwise may get exceptions saying the Procedure is a transient object
this.PersistenceContext.Lock(order, DirtyState.New);
// create procedure steps and update from requisition
foreach (var procedure in order.Procedures)
{
procedure.CreateProcedureSteps();
if (mapProcToReq.ContainsKey(procedure))
{
orderAssembler.UpdateProcedureFromRequisition(procedure, mapProcToReq[procedure], this.CurrentUserStaff, this.PersistenceContext);
}
}
// add order notes
if (requisition.Notes != null)
{
var noteAssembler = new OrderNoteAssembler();
noteAssembler.SynchronizeOrderNotes(order, requisition.Notes, this.CurrentUserStaff, this.PersistenceContext);
}
// add attachments
if (requisition.Attachments != null)
{
var attachmentAssembler = new OrderAttachmentAssembler();
attachmentAssembler.Synchronize(order.Attachments, requisition.Attachments, this.CurrentUserStaff, this.PersistenceContext);
}
if (requisition.ExtendedProperties != null)
{
ExtendedPropertyUtils.Update(order.ExtendedProperties, requisition.ExtendedProperties);
}
return(order);
}
private void UpdateProceduresHelper(Order order, IEnumerable<ProcedureRequisition> procedureReqs, ModifyOrderRequest request)
{
// do not update the procedures if the order is completed
if (order.IsTerminated)
return;
var assembler = new OrderEntryAssembler();
// if any procedure is in downtime recovery mode, assume the entire order is a "downtime order"
var isDowntime = CollectionUtils.Contains(order.Procedures, p => p.DowntimeRecoveryMode);
// separate the list into additions and updates
var existingReqs = new List<ProcedureRequisition>();
var addedReqs = new List<ProcedureRequisition>();
foreach (var req in procedureReqs)
{
if (CollectionUtils.Contains(order.Procedures, x => req.ProcedureNumber == x.Number))
{
existingReqs.Add(req);
}
else
{
addedReqs.Add(req);
}
}
// process the additions first, so that we don't accidentally cancel an order (if all its procedures are cancelled momentarily)
var procedureNumberBroker = PersistenceContext.GetBroker<IProcedureNumberBroker>();
var dicomUidBroker = PersistenceContext.GetBroker<IDicomUidBroker>();
foreach (var req in addedReqs)
{
var requestedType = this.PersistenceContext.Load<ProcedureType>(req.ProcedureType.ProcedureTypeRef);
// create a new procedure for this requisition
var procedure = new Procedure(requestedType, procedureNumberBroker.GetNext(), dicomUidBroker.GetNewUid()) { DowntimeRecoveryMode = isDowntime };
order.AddProcedure(procedure);
// note: need to lock the new procedure now, prior to creating the procedure steps
// otherwise may get exceptions saying the Procedure is a transient object
this.PersistenceContext.Lock(procedure, DirtyState.New);
// create the procedure steps
procedure.CreateProcedureSteps();
// apply the requisition information to the actual procedure
assembler.UpdateProcedureFromRequisition(procedure, req, this.CurrentUserStaff, this.PersistenceContext);
LogicalHL7Event.ProcedureCreated.EnqueueEvents(procedure);
}
// process updates
foreach (var req in existingReqs)
{
var requestedType = this.PersistenceContext.Load<ProcedureType>(req.ProcedureType.ProcedureTypeRef);
var procedure = CollectionUtils.SelectFirst(order.Procedures, x => req.ProcedureNumber == x.Number);
// validate that the type has not changed
if (!procedure.Type.Equals(requestedType))
throw new RequestValidationException("Order modification must not modify the type of a requested procedure.");
// If the procedure is already terminated, just move on to the next one since procedures cannot be "un-terminated".
if (procedure.IsTerminated)
continue;
// apply the requisition information to the actual procedure
assembler.UpdateProcedureFromRequisition(procedure, req, this.CurrentUserStaff, this.PersistenceContext);
(req.Cancelled ? LogicalHL7Event.ProcedureCancelled : LogicalHL7Event.ProcedureModified).EnqueueEvents(procedure);
}
}
private Order PlaceOrderHelper(OrderRequisition requisition)
{
// get appropriate A# for this order
var accNum = GetAccessionNumberForOrder(requisition);
var patient = this.PersistenceContext.Load<Patient>(requisition.Patient.PatientRef, EntityLoadFlags.Proxy);
var orderingFacility = this.PersistenceContext.Load<Facility>(requisition.OrderingFacility.FacilityRef, EntityLoadFlags.Proxy);
var visit = FindOrCreateVisit(requisition, patient, orderingFacility, accNum);
var orderingPhysician = this.PersistenceContext.Load<ExternalPractitioner>(requisition.OrderingPractitioner.PractitionerRef, EntityLoadFlags.Proxy);
var diagnosticService = this.PersistenceContext.Load<DiagnosticService>(requisition.DiagnosticService.DiagnosticServiceRef);
var priority = EnumUtils.GetEnumValue<OrderPriority>(requisition.Priority);
var resultRecipients = CollectionUtils.Map(
requisition.ResultRecipients ?? new List<ResultRecipientDetail>(),
(ResultRecipientDetail s) => new ResultRecipient(
this.PersistenceContext.Load<ExternalPractitionerContactPoint>(s.ContactPoint.ContactPointRef, EntityLoadFlags.Proxy),
EnumUtils.GetEnumValue<ResultCommunicationMode>(s.PreferredCommunicationMode)));
// generate set of procedures
// create a temp map from procedure back to its requisition, this will be needed later
var orderAssembler = new OrderEntryAssembler();
var mapProcToReq = new Dictionary<Procedure, ProcedureRequisition>();
var procedureNumberBroker = PersistenceContext.GetBroker<IProcedureNumberBroker>();
var dicomUidBroker = PersistenceContext.GetBroker<IDicomUidBroker>();
var procedures = CollectionUtils.Map(
requisition.Procedures ?? new List<ProcedureRequisition>(),
delegate(ProcedureRequisition req)
{
var rpt = this.PersistenceContext.Load<ProcedureType>(req.ProcedureType.ProcedureTypeRef);
var rp = new Procedure(rpt, procedureNumberBroker.GetNext(), dicomUidBroker.GetNewUid());
mapProcToReq.Add(rp, req);
// important to set this flag prior to creating the procedure steps, because it may affect
// which procedure steps are created
rp.DowntimeRecoveryMode = requisition.IsDowntimeOrder;
return rp;
});
// generate a new order with the default set of procedures
var order = Order.NewOrder(
new OrderCreationArgs(
Platform.Time,
this.CurrentUserStaff,
null,
accNum,
patient,
visit,
diagnosticService,
requisition.ReasonForStudy,
priority,
orderingFacility,
requisition.SchedulingRequestTime,
orderingPhysician,
resultRecipients,
procedures),
procedureNumberBroker,
dicomUidBroker);
// note: need to lock the new order now, prior to creating the procedure steps
// otherwise may get exceptions saying the Procedure is a transient object
this.PersistenceContext.Lock(order, DirtyState.New);
// create procedure steps and update from requisition
foreach (var procedure in order.Procedures)
{
procedure.CreateProcedureSteps();
if(mapProcToReq.ContainsKey(procedure))
{
orderAssembler.UpdateProcedureFromRequisition(procedure, mapProcToReq[procedure], this.CurrentUserStaff, this.PersistenceContext);
}
}
// add order notes
if (requisition.Notes != null)
{
var noteAssembler = new OrderNoteAssembler();
noteAssembler.SynchronizeOrderNotes(order, requisition.Notes, this.CurrentUserStaff, this.PersistenceContext);
}
// add attachments
if(requisition.Attachments != null)
{
var attachmentAssembler = new OrderAttachmentAssembler();
attachmentAssembler.Synchronize(order.Attachments, requisition.Attachments, this.CurrentUserStaff, this.PersistenceContext);
}
if (requisition.ExtendedProperties != null)
{
ExtendedPropertyUtils.Update(order.ExtendedProperties, requisition.ExtendedProperties);
}
return order;
}
public ModifyOrderResponse ModifyOrder(ModifyOrderRequest request)
{
Platform.CheckForNullReference(request, "request");
Platform.CheckMemberIsSet(request.Requisition, "Requisition");
Platform.CheckMemberIsSet(request.Requisition.OrderRef, "OrderRef");
var order = this.PersistenceContext.Load<Order>(request.Requisition.OrderRef);
var assembler = new OrderEntryAssembler();
assembler.UpdateOrderFromRequisition(order, request.Requisition, this.CurrentUserStaff, this.PersistenceContext);
UpdateProceduresHelper(order, request.Requisition.Procedures, request);
ValidateVisitsExist(order);
this.PersistenceContext.SynchState();
var orderAssembler = new OrderAssembler();
return new ModifyOrderResponse(orderAssembler.CreateOrderSummary(order, this.PersistenceContext));
}
public GetOrderRequisitionForEditResponse GetOrderRequisitionForEdit(GetOrderRequisitionForEditRequest request)
{
Platform.CheckForNullReference(request, "request");
if (request.ProcedureRef == null)
Platform.CheckMemberIsSet(request.OrderRef, "OrderRef");
if (request.OrderRef == null)
Platform.CheckMemberIsSet(request.ProcedureRef, "ProcedureRef");
var order = request.OrderRef != null ?
this.PersistenceContext.Load<Order>(request.OrderRef)
: this.PersistenceContext.Load<Procedure>(request.ProcedureRef).Order;
var assembler = new OrderEntryAssembler();
var requisition = assembler.CreateOrderRequisition(order, this.PersistenceContext);
return new GetOrderRequisitionForEditResponse(requisition);
}
