private void AddPatientDisability(LookupValueDto lookupValueDto, Patient patient)
{
var disability = _mappingHelper.MapLookupField <Disability> (lookupValueDto);
var patientDisability = new PatientDisability(disability);
patient.AddPatientDisability(patientDisability);
}
private void AddSpecialInitiative(LookupValueDto specialInitiativeDto, ClinicalCase clinicalCase)
{
var specialInitiative = _mappingHelper.MapLookupField <SpecialInitiative> (specialInitiativeDto);
var clinicalCaseSpecialInitiative = new ClinicalCaseSpecialInitiative(specialInitiative);
clinicalCase.AddSpecialInitiative(clinicalCaseSpecialInitiative);
}
/// <summary>
/// Maps a LookupBase derived class to a LookupDto
/// </summary>
/// <typeparam name="TLookupBase">The type of the lookup base.</typeparam>
/// <param name="lookupDto">The lookup dto.</param>
/// <returns>The mapped lookup.</returns>
public TLookupBase MapLookupField <TLookupBase> (LookupValueDto lookupDto)
where TLookupBase : LookupBase
{
var result = lookupDto != null?MapLookupObject <TLookupBase> (lookupDto.Key) : null;
return(result);
}
private void AddPatientRace(LookupValueDto raceDto, Patient patient)
{
var race = _mappingHelper.MapLookupField <Race> (raceDto);
var patientRace = new PatientRace(race);
patient.AddPatientRace(patientRace);
}
/// <summary>Convert from LookupValue DTO to entity</summary>
/// <param name="dbContext">DB Context to use for attaching entity</param>
/// <param name="dto">DTO to convert from</param>
/// <param name="dtoEntities">Used internally to track which dtos have been converted to entites already (to avoid re-converting when circularly referenced)</param>
/// <returns>Resultant LookupValue entity</returns>
public static LookupValue FromDto(FACTS.Framework.DAL.DbContext dbContext, LookupValueDto dto, Dictionary <FACTS.Framework.Dto.BaseDto, BaseEntity> dtoEntities = null)
{
dtoEntities = dtoEntities ?? new Dictionary <FACTS.Framework.Dto.BaseDto, BaseEntity>();
if (dtoEntities.ContainsKey(dto))
{
return((LookupValue)dtoEntities[dto]);
}
LookupValue entity = new LookupValue();
dtoEntities.Add(dto, entity);
entity.Code = dto.Code;
entity.CreateDateTime = dto.CreateDateTime;
entity.CreateUserId = dto.CreateUserId;
entity.Description = dto.Description;
entity.Name = dto.Name;
entity.Property = dto.Property;
entity.UpdateDateTime = dto.UpdateDateTime;
entity.UpdateUserId = dto.UpdateUserId;
entity.Value = dto.Value;
entity.LookupCode = (dto.LookupCode == null) ? null : LookupCode.FromDto(dbContext, dto.LookupCode, dtoEntities);
entity.LookupProperty = (dto.LookupProperty == null) ? null : LookupProperty.FromDto(dbContext, dto.LookupProperty, dtoEntities);
if (dbContext != null)
{
dbContext.Entry(entity).State = (dto.IsNew ? EntityState.Added : (dto.IsDeleted ? EntityState.Deleted : EntityState.Modified));
}
return(entity);
}
private void AddPriorityPopulation(LookupValueDto priorityPopulationDto, ClinicalCase clinicalCase)
{
var priorityPopulation = _mappingHelper.MapLookupField <PriorityPopulation> (priorityPopulationDto);
var clinicalCasePriorityPopulation = new ClinicalCasePriorityPopulation(priorityPopulation);
clinicalCase.AddPriorityPopulation(clinicalCasePriorityPopulation);
}
/// <summary>Convert from LookupValue entity to DTO</summary>
/// <param name="dbContext">DB Context to use for setting DTO state</param>
/// <param name="dto">DTO to use if already created instead of creating new one (can be inherited class instead as opposed to base class)</param>
/// <param name="entityDtos">Used internally to track which entities have been converted to DTO's already (to avoid re-converting when circularly referenced)</param>
/// <returns>Resultant LookupValue DTO</returns>
public LookupValueDto ToDtoDeep(FACTS.Framework.DAL.DbContext dbContext, LookupValueDto dto = null, Dictionary <BaseEntity, FACTS.Framework.Dto.BaseDto> entityDtos = null)
{
entityDtos = entityDtos ?? new Dictionary <BaseEntity, FACTS.Framework.Dto.BaseDto>();
if (entityDtos.ContainsKey(this))
{
return((LookupValueDto)entityDtos[this]);
}
dto = ToDto(dto);
entityDtos.Add(this, dto);
System.Data.Entity.Infrastructure.DbEntityEntry <LookupValue> entry = dbContext?.Entry(this);
dto.IsNew = (entry?.State == EntityState.Added);
dto.IsDeleted = (entry?.State == EntityState.Deleted);
if (entry?.Reference(x => x.LookupCode)?.IsLoaded == true)
{
dto.LookupCode = LookupCode?.ToDtoDeep(dbContext, entityDtos: entityDtos);
}
if (entry?.Reference(x => x.LookupProperty)?.IsLoaded == true)
{
dto.LookupProperty = LookupProperty?.ToDtoDeep(dbContext, entityDtos: entityDtos);
}
return(dto);
}
private LookupValueDto GetMedicationStatus(StatusCodedConceptDataTransferObject status)
{
LookupValueDto result = null;
MedicationStatus lookup = null;
if (status != null)
{
if (!string.IsNullOrEmpty(status.Status))
{
lookup = _mappingHelper.MapLookupFieldByName <MedicationStatus> (status.Status);
}
else if (!string.IsNullOrEmpty(status.DisplayName))
{
lookup = _mappingHelper.MapLookupFieldByName <MedicationStatus> (status.DisplayName);
}
}
if (lookup != null)
{
result = AutoMapper.Mapper.Map <LookupBase, LookupValueDto> (lookup);
}
return(result);
}
private void AddPatientSpecialNeed(LookupValueDto lookupValueDto, Patient patient)
{
var specialNeed = _mappingHelper.MapLookupField <SpecialNeed> (lookupValueDto);
var patientSpecialNeed = new PatientSpecialNeed(specialNeed);
patient.AddPatientSpecialNeed(patientSpecialNeed);
}
private void ExecuteChangeDisenrollReasonSelection(LookupValueDto disenrollReason)
{
if (disenrollReason != null)
{
if (disenrollReason.WellKnownName != DisenrollReason.Other)
{
ProgramEnrollment.DisenrollOtherReasonNote = null;
}
}
}
/// <summary>
/// Executes the document type changed command.
/// </summary>
/// <param name="lookupValueDto">The lookup value dto.</param>
public void ExecuteDocumentTypeChangedCommand(LookupValueDto lookupValueDto)
{
if (lookupValueDto.WellKnownName.Equals(WellKnownNames.PatientModule.PatientDocumentType.Other))
{
IsOtherTypeReadOnly = false;
}
else
{
IsOtherTypeReadOnly = true;
PatientDocumentDto.OtherDocumentTypeName = string.Empty;
}
}
/// <summary>
/// Gets the specified key.
/// </summary>
/// <typeparam name="TLookup">The type of the lookup.</typeparam>
/// <param name="key">The key to get.</param>
/// <returns>A <see cref="Rem.Infrastructure.Service.DataTransferObject.LookupValueDto"/></returns>
public LookupValueDto Get <TLookup> (long key) where TLookup : LookupBase
{
LookupValueDto dto = null;
var lookupObject = _lookupValueRepository.GetLookupByKey <TLookup> (key);
if (lookupObject != null)
{
dto = Mapper.Map <TLookup, LookupValueDto> (lookupObject);
}
return(dto);
}
/// <summary>
/// Executes the document type changed command.
/// </summary>
/// <param name="lookupValueDto">The lookup value dto.</param>
public void ExecuteDocumentTypeChangedCommand(LookupValueDto lookupValueDto)
{
if (lookupValueDto != null && lookupValueDto.WellKnownName == PatientDocumentType.Other)
{
IsOtherTypeReadOnly = false;
}
else
{
IsOtherTypeReadOnly = true;
if (SelectedDocument != null)
{
SelectedDocument.OtherDocumentTypeName = string.Empty;
}
}
}
protected static void FromDtoSet(FACTS.Framework.DAL.DbContext dbContext, LookupValueDto dto, LookupValue entity, Dictionary <FACTS.Framework.Dto.BaseDto, BaseEntity> dtoEntities)
{
entity.Code = dto.Code;
entity.CreateDateTime = dto.CreateDateTime;
entity.CreateUserId = dto.CreateUserId;
entity.Description = dto.Description;
entity.Name = dto.Name;
entity.Property = dto.Property;
entity.UpdateDateTime = dto.UpdateDateTime;
entity.UpdateNumber = dto.UpdateNumber;
entity.UpdateProcess = dto.UpdateProcess;
entity.UpdateUserId = dto.UpdateUserId;
entity.Value = dto.Value;
entity.LookupCode = (dto.LookupCode == null) ? null : LookupCode.FromDto(dbContext, dto.LookupCode, dtoEntities);
entity.LookupProperty = (dto.LookupProperty == null) ? null : LookupProperty.FromDto(dbContext, dto.LookupProperty, dtoEntities);
}
/// <summary>Convert from LookupValue entity to DTO w/o checking entity state or entity navigation</summary>
/// <param name="dto">DTO to use if already created instead of creating new one (can be inherited class instead as opposed to base class)</param>
/// <returns>Resultant LookupValue DTO</returns>
public LookupValueDto ToDto(LookupValueDto dto = null)
{
dto = dto ?? new LookupValueDto();
dto.IsNew = false;
dto.Code = Code;
dto.CreateDateTime = CreateDateTime;
dto.CreateUserId = CreateUserId;
dto.Description = Description;
dto.Name = Name;
dto.Property = Property;
dto.UpdateDateTime = UpdateDateTime;
dto.UpdateUserId = UpdateUserId;
dto.Value = Value;
return(dto);
}
private void ExecuteStatusChangedCommand(LookupValueDto visitStatus)
{
var visitStatusUpdateDto = new VisitStatusUpdateDto
{
VisitKey = EditingDto.Key,
VisitStatus = visitStatus,
UpdateDateTime = DateTime.Now
};
var requestDispatcher = _asyncRequestDispatcherFactory.CreateAsyncRequestDispatcher();
requestDispatcher.Add(new UpdateVisitStatusRequest {
VisitStatusUpdateDto = visitStatusUpdateDto
});
IsLoading = true;
requestDispatcher.ProcessRequests(HandleUpdateVisitStatusCompleted, HandleUpdateVisitStatusException);
}
public PatientAccessHistoryViewModel(
IAsyncRequestDispatcherFactory asyncRequestDispatcherFactory,
IUserDialogService userDialogService,
IAccessControlManager accessControlManager,
ICommandFactory commandFactory)
: base(accessControlManager, commandFactory)
{
_asyncRequestDispatcherFactory = asyncRequestDispatcherFactory;
_userDialogService = userDialogService;
var commandFactoryHelper = CommandFactoryHelper.CreateHelper(this, commandFactory);
SearchCommand = commandFactoryHelper.BuildDelegateCommand(() => SearchCommand, ExecuteSearch);
ResetCommand = commandFactoryHelper.BuildDelegateCommand(() => ResetCommand, ExecuteReset);
_defaultAccessType = new LookupValueDto {
Name = "None"
};
_accessType = _defaultAccessType;
PageSizeList = new List <int> {
100, 125, 150, 175, 200
};
_pageSize = 100;
_totalItemCount = 0;
_pageIndex = 0;
var lookupValueNames = new[] { PatientAccessEventType };
var requestDispatcher = _asyncRequestDispatcherFactory.CreateAsyncRequestDispatcher();
foreach (var lookupValueName in lookupValueNames)
{
requestDispatcher.AddLookupValuesRequest(lookupValueName);
}
IsLoading = true;
requestDispatcher.ProcessRequests(HandleGetLookupvaluesCompleted, HandleGetLookupValuesException);
_defaultGroupingDescription = new CustomPropertyGroupDescription(string.Empty, "None");
_groupingDescriptions = new ObservableCollection <CustomPropertyGroupDescription> ();
_selectedGroupingDescription = _defaultGroupingDescription;
_groupingDescriptions.Add(_selectedGroupingDescription);
InitializeGroupingDescriptions();
}
private void ExecuteStatusUpdatedCommand(LookupValueDto visitStatus)
{
if (visitStatus != null && visitStatus.WellKnownName != _visit.VisitStatus.WellKnownName)
{
var visitStatusUpdateDto = new VisitStatusUpdateDto
{
VisitKey = Visit.Key,
VisitStatus = visitStatus,
UpdateDateTime = DateTime.Now
};
var requestDispatcher = _asyncRequestDispatcherFactory.CreateAsyncRequestDispatcher();
requestDispatcher.Add(new UpdateVisitStatusRequest {
VisitStatusUpdateDto = visitStatusUpdateDto
});
IsLoading = true;
requestDispatcher.ProcessRequests(HandleUpdateVisitStatusCompleted, HandleUpdateVisitStatusException);
}
}
/// <summary>Convert from LookupValue DTO to entity</summary>
/// <param name="dbContext">DB Context to use for attaching entity</param>
/// <param name="dto">DTO to convert from</param>
/// <param name="dtoEntities">Used internally to track which dtos have been converted to entites already (to avoid re-converting when circularly referenced)</param>
/// <returns>Resultant LookupValue entity</returns>
public static LookupValue FromDto(FACTS.Framework.DAL.DbContext dbContext, LookupValueDto dto, Dictionary <FACTS.Framework.Dto.BaseDto, BaseEntity> dtoEntities = null)
{
dtoEntities = dtoEntities ?? new Dictionary <FACTS.Framework.Dto.BaseDto, BaseEntity>();
if (dtoEntities.ContainsKey(dto))
{
return((LookupValue)dtoEntities[dto]);
}
LookupValue entity = new LookupValue();
dtoEntities.Add(dto, entity);
FromDtoSet(dbContext, dto, entity, dtoEntities);
if (dbContext != null)
{
dbContext.Entry(entity).State = (dto.IsNew ? EntityState.Added : (dto.IsDeleted ? EntityState.Deleted : EntityState.Modified));
}
return(entity);
}
/// <summary>
/// Initializes a new instance of the <see cref="ProblemDto"/> class.
/// </summary>
/// <param name="problemDto">The problem dto.</param>
public ProblemDto(ProblemDto problemDto)
: base(problemDto)
{
_clinicalCaseKey = problemDto._clinicalCaseKey;
if (problemDto._problemStatus != null)
{
_problemStatus = new LookupValueDto();
var diagnosisStatus = problemDto._problemStatus;
_problemStatus.WellKnownName = diagnosisStatus.WellKnownName;
_problemStatus.Key = diagnosisStatus.Key;
_problemStatus.Name = diagnosisStatus.Name;
}
if (problemDto._problemCodeCodedConcept != null)
{
_problemCodeCodedConcept = new CodedConceptDto();
var problemCode = problemDto._problemCodeCodedConcept;
_problemCodeCodedConcept.CodedConceptCode = problemCode.CodedConceptCode;
_problemCodeCodedConcept.Key = problemCode.Key;
_problemCodeCodedConcept.CodeSystemIdentifier = problemCode.CodeSystemIdentifier;
_problemCodeCodedConcept.CodeSystemName = problemCode.CodeSystemName;
_problemCodeCodedConcept.CodeSystemVersionNumber = problemCode.CodeSystemVersionNumber;
_problemCodeCodedConcept.DisplayName = problemCode.DisplayName;
_problemCodeCodedConcept.NullFlavorIndicator = problemCode.NullFlavorIndicator;
}
if (problemDto._problemType != null)
{
_problemType = new LookupValueDto();
var diagnosisType = problemDto._problemType;
_problemType.WellKnownName = diagnosisType.WellKnownName;
_problemType.Key = diagnosisType.Key;
_problemType.Name = diagnosisType.Name;
}
}
private bool CanExecuteStatusUpdatedCommand(LookupValueDto visitStatus)
{
return(_visit != null);
}
private void ExecuteClearCommand()
{
NewAgencyName = null;
NewAgencyType = null;
}
