public ISOGuidanceShift ExportGuidanceShift(GuidanceShift adaptGuidanceShift) { ISOGuidanceShift gst = new ISOGuidanceShift(); //Group ID gst.GuidanceGroupIdRef = TaskDataMapper.InstanceIDMap.GetISOID(adaptGuidanceShift.GuidanceGroupId); //Pattern ID gst.GuidancePatternIdRef = TaskDataMapper.InstanceIDMap.GetISOID(adaptGuidanceShift.GuidancePatterId); //Shifts gst.GuidanceEastShift = adaptGuidanceShift.EastShift.AsConvertedInt("mm"); gst.GuidanceNorthShift = adaptGuidanceShift.NorthShift.AsConvertedInt("mm"); gst.PropagationOffset = adaptGuidanceShift.PropagationOffset.AsConvertedInt("mm"); //Allocation Stamp if (adaptGuidanceShift.TimeScopeIds.Any()) { TimeScope scope = DataModel.Catalog.TimeScopes.FirstOrDefault(t => t.Id.ReferenceId == adaptGuidanceShift.TimeScopeIds.First()); //Mapping first timescope only if (scope != null) { gst.AllocationStamp = AllocationStampMapper.ExportAllocationStamp(scope); } } return(gst); }
public PersonRole ImportWorkerAllocation(ISOWorkerAllocation isoWorkerAllocation) { int?personID = TaskDataMapper.InstanceIDMap.GetADAPTID(isoWorkerAllocation.WorkerIdRef); if (personID.HasValue) { PersonRole adaptWorkerAllocation = new PersonRole(); //Worker ID adaptWorkerAllocation.PersonId = personID.Value; //Allocation Stamps if (isoWorkerAllocation.AllocationStamp != null) { adaptWorkerAllocation.TimeScopes = AllocationStampMapper.ImportAllocationStamps(new List <ISOAllocationStamp>() { isoWorkerAllocation.AllocationStamp }).ToList(); } return(adaptWorkerAllocation); } //If we can't map to a Person, no sense including a PersonRole return(null); }
public GuidanceAllocation ImportGuidanceAllocation(ISOGuidanceAllocation isoGuidanceAllocation) { GuidanceAllocation adaptGuidanceAllocation = new GuidanceAllocation(); //Group ID int?groupID = TaskDataMapper.InstanceIDMap.GetADAPTID(isoGuidanceAllocation.GuidanceGroupIdRef); if (groupID.HasValue) { adaptGuidanceAllocation.GuidanceGroupId = groupID.Value; } //Allocation Stamps if (isoGuidanceAllocation.AllocationStamp != null) { adaptGuidanceAllocation.TimeScopes = AllocationStampMapper.ImportAllocationStamps(new List <ISOAllocationStamp>() { isoGuidanceAllocation.AllocationStamp }).ToList(); } //Guidance Shift if (isoGuidanceAllocation.GuidanceShifts.Any()) { GuidanceShiftMapper gstMapper = new GuidanceShiftMapper(TaskDataMapper); adaptGuidanceAllocation.GuidanceShift = gstMapper.ImportGuidanceShift(isoGuidanceAllocation.GuidanceShifts.First()); //Using first item only } return(adaptGuidanceAllocation); }
public ISOGuidanceAllocation ExportGuidanceAllocation(GuidanceAllocation adaptGuidanceAllocation) { ISOGuidanceAllocation gan = new ISOGuidanceAllocation(); //Group ID gan.GuidanceGroupIdRef = TaskDataMapper.InstanceIDMap.GetISOID(adaptGuidanceAllocation.GuidanceGroupId); //Allocation Stamps if (adaptGuidanceAllocation.TimeScopes.Any()) { gan.AllocationStamp = AllocationStampMapper.ExportAllocationStamps(adaptGuidanceAllocation.TimeScopes).FirstOrDefault(); } //Guidance Shift if (adaptGuidanceAllocation.GuidanceShift != null) { GuidanceShiftMapper gstMapper = new GuidanceShiftMapper(TaskDataMapper); gan.GuidanceShifts = new List <ISOGuidanceShift>() { gstMapper.ExportGuidanceShift(adaptGuidanceAllocation.GuidanceShift) }; } return(gan); }
public Note ImportCommentAllocation(ISOCommentAllocation isoCommentAllocation) { Note adaptNote = new Note(); //Allocation Stamps if (isoCommentAllocation.AllocationStamp != null && isoCommentAllocation.AllocationStamp.Start != null) { adaptNote.TimeStamps = AllocationStampMapper.ImportAllocationStamps(new List <ISOAllocationStamp>() { isoCommentAllocation.AllocationStamp }).ToList(); } //Coded Comment if (!string.IsNullOrEmpty(isoCommentAllocation.CodedCommentIdRef) && !string.IsNullOrEmpty(isoCommentAllocation.CodedCommentListValueIdRef)) { ISOCodedComment comment = ISOTaskData.ChildElements.OfType <ISOCodedComment>().FirstOrDefault(c => c.CodedCommentID == isoCommentAllocation.CodedCommentIdRef); ISOCodedCommentListValue value = comment.CodedCommentListValues.FirstOrDefault(l => l.CodedCommentListValueId == isoCommentAllocation.CodedCommentListValueIdRef); if (comment != null) { adaptNote.Description = comment.CodedCommentDesignator; adaptNote.Value = TaskDataMapper.CommentMapper.ImportCodedComment(comment); adaptNote.Value.Value = adaptNote.Value.Representation.EnumeratedMembers.FirstOrDefault(m => m.Value == value.CodedCommentListValueDesignator); } } else { adaptNote.Description = isoCommentAllocation.FreeCommentText; } return(adaptNote); }
public ISOCommentAllocation ExportCommentAllocation(Note note) { ISOCommentAllocation commentAllocation = new ISOCommentAllocation(); if (note.Value == null) { commentAllocation.FreeCommentText = note.Description; } else { if (note.Value.Representation != null) { ISOCodedComment comment = TaskDataMapper.CommentMapper.ExportCodedComment(note.Value); ISOCodedCommentListValue value = comment.CodedCommentListValues.FirstOrDefault(c => c.CodedCommentListValueDesignator == note.Value.Value.Value); if (value != null) { commentAllocation.CodedCommentListValueIdRef = value.CodedCommentListValueId; } } } //Allocation Stamps if (note.TimeStamps.Any()) { commentAllocation.AllocationStamp = AllocationStampMapper.ExportAllocationStamps(note.TimeStamps).FirstOrDefault(); } return(commentAllocation); }
public GuidanceShift ImportGuidanceShift(ISOGuidanceShift isoGuidanceShift) { GuidanceShift adaptShift = new GuidanceShift(); //Group ID int?groupID = TaskDataMapper.InstanceIDMap.GetADAPTID(isoGuidanceShift.GuidanceGroupIdRef); if (groupID.HasValue) { adaptShift.GuidanceGroupId = groupID.Value; } //Pattern ID int?patternID = TaskDataMapper.InstanceIDMap.GetADAPTID(isoGuidanceShift.GuidancePatternIdRef); if (patternID.HasValue) { adaptShift.GuidancePatterId = patternID.Value; } //Shifts if (isoGuidanceShift.GuidanceEastShift.HasValue) { adaptShift.EastShift = isoGuidanceShift.GuidanceEastShift.Value.AsNumericRepresentationValue("mm"); } if (isoGuidanceShift.GuidanceNorthShift.HasValue) { adaptShift.NorthShift = isoGuidanceShift.GuidanceNorthShift.Value.AsNumericRepresentationValue("mm"); } if (isoGuidanceShift.PropagationOffset.HasValue) { adaptShift.PropagationOffset = isoGuidanceShift.PropagationOffset.Value.AsNumericRepresentationValue("mm"); } //Allocation Stamp if (isoGuidanceShift.AllocationStamp != null) { TimeScope scope = AllocationStampMapper.ImportAllocationStamp(isoGuidanceShift.AllocationStamp); DataModel.Catalog.TimeScopes.Add(scope); adaptShift.TimeScopeIds = new List <int>() { scope.Id.ReferenceId }; } return(adaptShift); }
public ISOWorkerAllocation ExportWorkerAllocation(PersonRole adaptWorkerAllocation) { ISOWorkerAllocation wan = new ISOWorkerAllocation(); //Worker ID wan.WorkerIdRef = TaskDataMapper.InstanceIDMap.GetISOID(adaptWorkerAllocation.PersonId); //Allocation Stamps if (adaptWorkerAllocation.TimeScopes.Any()) { wan.AllocationStamp = AllocationStampMapper.ExportAllocationStamps(adaptWorkerAllocation.TimeScopes).FirstOrDefault(); } return(wan); }
private List <ISOProductAllocation> GetProductAllocationsForSummary(Summary summary) { List <ISOProductAllocation> productAllocations = null; if (summary.OperationSummaries != null && summary.OperationSummaries.Any()) { productAllocations = new List <ISOProductAllocation>(); foreach (OperationSummary operationSummary in summary.OperationSummaries) { foreach (StampedMeteredValues values in operationSummary.Data) { ISOProductAllocation pan = new ISOProductAllocation(); pan.AllocationStamp = AllocationStampMapper.ExportAllocationStamp(values.Stamp); pan.ProductIdRef = TaskDataMapper.InstanceIDMap.GetISOID(operationSummary.ProductId); productAllocations.Add(pan); } } } return(productAllocations); }