public Concept CreateConcept(Concept conceptToCreate)
{
conceptToCreate.LastUpdated = DateTime.Now;
_conceptRepository.Add(conceptToCreate);
_conceptRepository.Persist();
Log.Debug("Concept added");
return conceptToCreate;
}
/// <summary>
/// Create a QualityStatement from scratch, and add it to a Repository.
/// </summary>
public QualityStatement CreateAndRegisterQualityStatement()
{
// Create the QualityStatement object and give it a label.
QualityStatement statement = new QualityStatement();
statement.Label.Current = "Sample Quality Statement";
// A QualityStatement is made up of QualityStatementItems.
// QualityStatementItems have two important pieces of information:
// a defining Concept, and some content.
// The defining Concept specifies the type of information recorded
// by the item. For example, "Contact organization".
// The content is the actual information, like "Statistics Denmark".
// First, let's create the Concepts.
Concept concept1 = new Concept();
concept1.Label.Current = "Contact organization";
Concept concept2 = new Concept();
concept2.Label.Current = "Statistical Unit";
Concept concept3 = new Concept();
concept3.Label.Current = "Statitistical Population";
// Now let's create the QualityStatementItems, and assign the appropriate
// Concepts and some information.
QualityStatementItem item1 = new QualityStatementItem();
item1.ComplianceConcept = concept1;
item1.ComplianceDescription.Current = "Statistics Denmark";
QualityStatementItem item2 = new QualityStatementItem();
item2.ComplianceConcept = concept2;
item2.ComplianceDescription.Current = "Person";
QualityStatementItem item3 = new QualityStatementItem();
item3.ComplianceConcept = concept3;
item3.ComplianceDescription.Current = "Denmark";
// Add each of the items to the QualityStatement.
statement.Items.Add(item1);
statement.Items.Add(item2);
statement.Items.Add(item3);
// Add the QualityStatement and the Concepts to the Repository.
var client = RepositoryIntro.GetClient();
CommitOptions options = new CommitOptions();
client.RegisterItem(statement, options);
client.RegisterItem(concept1, options);
client.RegisterItem(concept2, options);
client.RegisterItem(concept3, options);
// Also, write an XML file just so we can see how things look.
string fileName = @"statement.xml";
DDIWorkflowSerializer serializer = new DDIWorkflowSerializer();
serializer.SerializeFragments(fileName, statement);
return statement;
}
public Concept UpdateConcept(Concept updatedConcept)
{
var conceptToUpdate = _conceptRepository.FindOne(c => c.Id == updatedConcept.Id);
conceptToUpdate.ConceptTerm = updatedConcept.ConceptTerm;
conceptToUpdate.LastUpdated = DateTime.Now;
_conceptRepository.Persist();
return conceptToUpdate;
}
public bool TryGetFactValue(Concept concept, out int value)
{
if (facts.ContainsKey(concept))
{
value = facts[concept];
return true;
}
else
value = 0;
return false;
}
public void Verify_Add_Should_AddTheEntityToTheContext()
{
// Arrange
Mock<IDbSet<Concept>> mockSetConcepts;
var mockContext = ConceptsMockingSetup.DoMockingSetupForContext(false, out mockSetConcepts);
var repository = new ConceptsRepository(mockContext.Object);
var concepts = new Concept { Active = true, CustomKey = "SALVATORE-RAA", };
// Act
repository.Add(concepts);
// Assert
mockSetConcepts.Verify(x => x.Add(concepts), Times.Once);
}
internal static ConceptRef Create(Concept concept)
{
if (concept == null)
return null;
ConceptRef conceptRef = new ConceptRef();
conceptRef.Id = concept.Id;
conceptRef.Version = concept.Version;
conceptRef.AgencyId = concept.AgencyId;
conceptRef.SchemeRef = ConceptSchemeRef.Create(concept.ConceptScheme);
return conceptRef;
}
public ActionResult Create(Concept concept, FormCollection form)
{
//if (ModelState.IsValid)
//{
//Concept concept = new Concept();
// Deserialize (Include white list!)
bool isModelUpdated = TryUpdateModel(concept, new[] { "ConceptName" }, form.ToValueProvider());
// Validate
if (String.IsNullOrEmpty(concept.ConceptTerm))
ModelState.AddModelError("ConceptName", "Concept Name is required!");
if (ModelState.IsValid)
{
_conceptApplicationService.CreateConcept(concept);
return RedirectToAction("Index");
}
return View(concept);
}
public ActionResult Edit(Concept concept, FormCollection form)
{
_conceptApplicationService.UpdateConcept(concept);
return RedirectToAction("Index");
}
private void CreateVariableGroups()
{
//Get concepts that are used, add the implicit ones and except for "0" create variable groups from them in the relevant variable scheme and put into the working set
this.usedConcepts = variablesConcepts.Values.Distinct().ToList();
//add implicit level-1 groups that are parents of level-2 groups
var implicits = new List<string>();
foreach (var uc in this.usedConcepts)
{
if (uc.Length == 1 + 2 + 2)
{
if (!usedConcepts.Contains(uc.Substring(0, 3)))
{
implicits.Add(uc.Substring(0,3));
}
}
}
this.usedConcepts.AddRange(implicits.Distinct());
//get the concept scheme from the repository
//I assume there is only one
//if there is none, get concepts from the working set
ConceptScheme vgConceptScheme = new ConceptScheme();
var client = Utility.GetClient();
var facet = new SearchFacet();
facet.ItemTypes.Add(DdiItemType.ConceptScheme);
SearchResponse response = client.Search(facet);
bool fromRepo = false;
if (response.ReturnedResults > 0)
{
fromRepo = true;
vgConceptScheme = client.GetItem(response.Results[0].CompositeId, ChildReferenceProcessing.Populate) as ConceptScheme;
}
var variableScheme = WorkingSet.OfType<VariableScheme>().Where(x => string.Compare(x.ItemName.Best, this.vsName, ignoreCase: true) == 0).First();
foreach (var uc in this.usedConcepts)
{
if (uc != "0")
{
VariableGroup vg = new VariableGroup();
vg.TypeOfGroup = "ConceptGroup";
Concept vgConcept = new Concept();
if (fromRepo)
{
vgConcept = vgConceptScheme.Concepts.Where(x => string.Compare(x.ItemName.Best, uc, ignoreCase: true) == 0).First();
}
else //from working set
{
vgConcept = WorkingSet.OfType<Concept>().Where(x => string.Compare(x.ItemName.Best, uc, ignoreCase: true) == 0).First();
}
vg.Concept = vgConcept;
vg.ItemName.Add("en-GB", "Variable Group - " + vgConcept.Label.Best);
//Trace.WriteLine(" " + vg.ItemName.Best);
variableScheme.VariableGroups.Add(vg);
}
}
WorkingSet.AddRange(variableScheme.VariableGroups);
Trace.WriteLine(" concept groups: " + variableScheme.VariableGroups.Count().ToString() + " for " + this.vsName);
}
public ConversationEventArgs( Concept.ConversationInfo info )
{
Info = info;
}
private string CreateEntry(Concept.Message message)
{
return String.Format(_messageTemplate, message.Timestamp, message.Conversation.Identifier, message.Author.Name);
}
public void GeneratePreviewFromConcept(Unitoken core, Concept concept)
{
StartCoroutine(GenerateEdges(core, concept));
Debug.Log("Generating Concept Edges");
}
public Concept CreateAndInsertAConcept()
{
Language language = null;
var guid = Guid.Parse("C56A4180-65AA-42EC-A945-5FD21DEC0538");
var category = new MetaCategory
{
Name = "Name",
Description = "Description"
};
var typeGroup = new TypeGroup
{
Name = "Name",
Description = "Description"
};
var status = new Status
{
Name = "Name",
Description = "Description",
LanguageVariation = Guid.NewGuid()
};
var meta = new MetaData
{
Name = "Name",
Abbreviation = "Abb",
Description = "Description",
Category = category,
Status = status,
LanguageVariation = Guid.NewGuid()
};
//MediaTypes
var mediaType = new MediaType
{
Title = "Title"
};
//Media
var media = new Media
{
Source = "MediaSource",
MediaTypeId = mediaType.Id
};
var concept = new Concept
{
AuthorEmail = "AuthorEmail",
SourceAuthor = "SourceAuthor",
AuthorName = "AuthorName",
Content = "Content",
Source = "Source",
Title = "Title",
ExternalId = "ExternalID",
GroupId = guid,
LanguageVariation = guid,
MediaIds = new List <int>()
};
language = InsertLanguage(language);
category.LanguageId = language.Id;
category.TypeGroup = typeGroup;
status.LanguageId = language.Id;
meta.LanguageId = language.Id;
concept.LanguageId = language.Id;
category = InsertCategory(category);
status = InsertStatus(status);
meta.Category = category;
meta.Status = status;
meta = InsertMeta(meta);
concept.MediaIds = new List <int>();
concept.Meta = new List <MetaData> {
meta
};
concept.MetaIds = new List <int> {
meta.Id
};
concept.Status = status;
concept.Media = new List <Media> {
media
};
concept = InsertConcept(concept);
return(concept);
}
private void AddEntity(QueryDefinition queryDefinition, IEnumerable <EntityDefinition> definitions,
IDataRecord reader, Guid recordGuid, string definitionName)
{
if (definitions == null)
{
return;
}
foreach (var d in queryDefinition.FindDefinition(definitions, reader))
{
var personId = reader.GetLong(d.PersonId);
try
{
Concept conceptDef = null;
if (d.Concepts != null && d.Concepts.Any())
{
conceptDef = d.Concepts[0];
}
bool added;
var pb =
personBuilders.GetOrAdd(personId.Value, key => new Lazy <IPersonBuilder>(() => createPersonBuilder()),
out added).Value;
if (pb.Chunk == null)
{
pb.JoinToChunkData(chunk);
}
pb.JoinToVocabulary(d.Vocabulary);
var keyMasterOffset = pb.Chunk.KeyMasterOffset;
foreach (var entity in d.GetConcepts(conceptDef, reader, keyMasterOffset))
{
if (entity == null)
{
continue;
}
entity.SourceRecordGuid = recordGuid;
AddEntity(entity);
switch (entity.GeEntityType())
{
case EntityType.DrugExposure:
{
if (queryDefinition.DrugCost != null && queryDefinition.DrugCost[0].Match(reader))
{
AddChildData(entity, queryDefinition.DrugCost[0].CreateEnity((DrugExposure)entity, reader));
}
break;
}
case EntityType.ProcedureOccurrence:
{
if (queryDefinition.ProcedureCost != null && queryDefinition.ProcedureCost[0].Match(reader))
{
AddChildData(entity,
queryDefinition.ProcedureCost[0].CreateEnity((ProcedureOccurrence)entity, reader,
keyMasterOffset));
}
break;
}
case EntityType.VisitOccurrence:
{
if (queryDefinition.VisitCost != null && queryDefinition.VisitCost[0].Match(reader))
{
AddChildData(entity,
queryDefinition.VisitCost[0].CreateEnity((VisitOccurrence)entity, reader,
keyMasterOffset));
}
break;
}
case EntityType.DeviceExposure:
{
if (queryDefinition.DeviceCost != null && queryDefinition.DeviceCost[0].Match(reader))
{
AddChildData(entity,
queryDefinition.DeviceCost[0].CreateEnity((DeviceExposure)entity, reader,
keyMasterOffset));
}
break;
}
case EntityType.Observation:
{
if (queryDefinition.ObservationCost != null && queryDefinition.ObservationCost[0].Match(reader))
{
AddChildData(entity,
queryDefinition.ObservationCost[0].CreateEnity((Observation)entity, reader));
}
break;
}
case EntityType.Measurement:
{
if (queryDefinition.MeasurementCost != null && queryDefinition.MeasurementCost[0].Match(reader))
{
AddChildData(entity,
queryDefinition.MeasurementCost[0].CreateEnity((Measurement)entity, reader));
}
break;
}
}
}
}
catch (Exception e)
{
throw new Exception(string.Format("PersonId={0} | DefinitionFileName={1} | DefinitionName={2}", personId, queryDefinition.FileName, definitionName), e);
}
}
}
public int GetIndex(Concept concept)
{
return(_concepts[concept.Mode].IndexOf(concept));
}
/// <summary>
/// Initializes a new instance of the <see cref="ConceptViewModel"/> class.
/// </summary>
/// <param name="concept">The concept.</param>
/// <param name="conceptSetId">The guid of the Concept Set that the Concept is associated with</param>
public ConceptViewModel(Concept concept, Guid conceptSetId) : this(concept)
{
ConceptSetId = conceptSetId;
}
public Concept InsertConcept(Concept concept)
{
throw new NotImplementedException();
}
public TestSemanticNetwork(ILanguage language)
{
#region Semantic network
SemanticNetwork = new SemanticNetwork(language);
SemanticNetwork
.WithModule <BooleanModule>()
.WithModule <ClassificationModule>()
.WithModule <SetModule>()
.WithModule <MathematicsModule>()
.WithModule <ProcessesModule>();
((LocalizedStringVariable)SemanticNetwork.Name).SetLocale("ru-RU", "Тестовая база знаний");
((LocalizedStringVariable)SemanticNetwork.Name).SetLocale("en-US", "Test knowledgebase");
#endregion
#region Subject Areas
SemanticNetwork.Concepts.Add(SubjectArea_Transport = new Concept(nameof(SubjectArea_Transport), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Транспорт" },
{ "en-US", "Transport" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Средства передвижения." },
{ "en-US", "Vehicles." },
})));
SemanticNetwork.Concepts.Add(SubjectArea_Numbers = new Concept(nameof(SubjectArea_Numbers), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Числа" },
{ "en-US", "Numbers" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Числа." },
{ "en-US", "Numbers." },
})));
SemanticNetwork.Concepts.Add(SubjectArea_Processes = new Concept(nameof(SubjectArea_Processes), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Процессы" },
{ "en-US", "Processes" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Процессы." },
{ "en-US", "Processes." },
})));
#endregion
#region Base Concepts
SemanticNetwork.Concepts.Add(Base_Vehicle = new Concept(nameof(Base_Vehicle), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Транспортное средство" },
{ "en-US", "Vehicle" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Устройство для перевозки людей и/или грузов." },
{ "en-US", "System which is indended for transportation of humans and cargo." },
})));
#endregion
#region Signs
SemanticNetwork.Concepts.Add(Sign_MotorType = new Concept(nameof(Sign_MotorType), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Движитель" },
{ "en-US", "Mover" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Система, обеспечивающая движение." },
{ "en-US", "Initiator of movement." },
})));
SemanticNetwork.Concepts.Add(Sign_AreaType = new Concept(nameof(Sign_AreaType), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Среда передвижения" },
{ "en-US", "Movement area" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Среда, для которой предназначено транспортное средство." },
{ "en-US", "Place, where vehicles can move." },
})));
#endregion
#region Motor types
SemanticNetwork.Concepts.Add(MotorType_Muscles = new Concept(nameof(MotorType_Muscles), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Мускульная сила" },
{ "en-US", "Muscles" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Использования для приведения в движение мускульной силы: собственной, других людей, животных." },
{ "en-US", "To use own muscles in order to move." },
})));
SemanticNetwork.Concepts.Add(MotorType_Steam = new Concept(nameof(MotorType_Steam), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Паровая тяга" },
{ "en-US", "Steam engine" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Использование для движения расширяющей силы нагретого пара." },
{ "en-US", "To use steam engine to move." },
})));
SemanticNetwork.Concepts.Add(MotorType_Combusion = new Concept(nameof(MotorType_Combusion), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Внутреннее сгорание" },
{ "en-US", "Combustion engine" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Использование для движения расширяющей силы топлива, сжигаемого в закрытых цилиндрах." },
{ "en-US", "To use combustion engine to move." },
})));
SemanticNetwork.Concepts.Add(MotorType_Jet = new Concept(nameof(MotorType_Jet), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Реактивная тяга" },
{ "en-US", "Jet engine" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Выталкивание вещества в обратном направлении, обычно сжигаемого топлива." },
{ "en-US", "To use jet engine to move." },
})));
#endregion
#region Area types
SemanticNetwork.Concepts.Add(AreaType_Ground = new Concept(nameof(AreaType_Ground), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Земля" },
{ "en-US", "Ground" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Наземный транспорт." },
{ "en-US", "Plain ground." },
})));
SemanticNetwork.Concepts.Add(AreaType_Water = new Concept(nameof(AreaType_Water), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Вода" },
{ "en-US", "Water" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Плавучий транспорт." },
{ "en-US", "Water surface." },
})));
SemanticNetwork.Concepts.Add(AreaType_Air = new Concept(nameof(AreaType_Air), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Воздух" },
{ "en-US", "Air" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Возможность полёта." },
{ "en-US", "Fly in air." },
})));
#endregion
#region Certain Transportation Devices
SemanticNetwork.Concepts.Add(Vehicle_Bicycle = new Concept(nameof(Vehicle_Bicycle), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Велосипед" },
{ "en-US", "Bicycle" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Двухколёсный даритель радости." },
{ "en-US", "Two wheels of fun." },
})));
SemanticNetwork.Concepts.Add(Vehicle_Curragh = new Concept(nameof(Vehicle_Curragh), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Курага" },
{ "en-US", "Curragh" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Первая человеческая потуга создать лодку." },
{ "en-US", "It is not a bot itself yet." },
})));
SemanticNetwork.Concepts.Add(Vehicle_SteamLocomotive = new Concept(nameof(Vehicle_SteamLocomotive), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Паровоз" },
{ "en-US", "Steam locomotive" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Устаревший тип локомотива." },
{ "en-US", "Obsolete train." },
})));
SemanticNetwork.Concepts.Add(Vehicle_Steamboat = new Concept(nameof(Vehicle_Steamboat), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Пароход" },
{ "en-US", "Steamboat" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Устаревший тип корабля." },
{ "en-US", "Obsolete boat type." },
})));
SemanticNetwork.Concepts.Add(Vehicle_Car = new Concept(nameof(Vehicle_Car), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Автомобиль" },
{ "en-US", "Car" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Четырёхколёсное механическое т/с." },
{ "en-US", "4-wheels standard vehicle." },
})));
SemanticNetwork.Concepts.Add(Vehicle_Motorcycle = new Concept(nameof(Vehicle_Motorcycle), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Мотоцикл" },
{ "en-US", "Motorcycle" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Двухколёсное механическое т/с, возможно с коляской." },
{ "en-US", "Half of a car." },
})));
SemanticNetwork.Concepts.Add(Vehicle_Fighter = new Concept(nameof(Vehicle_Fighter), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Поршневой истребитель" },
{ "en-US", "Fighter" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Устаревший самолёт для ведения воздушного боя." },
{ "en-US", "Obsolete aircraft." },
})));
SemanticNetwork.Concepts.Add(Vehicle_Airbus = new Concept(nameof(Vehicle_Airbus), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Аэробус" },
{ "en-US", "Airbus" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Гражданский самолёт для перевозки пассажиров." },
{ "en-US", "Large civil airplane." },
})));
SemanticNetwork.Concepts.Add(Vehicle_JetFighter = new Concept(nameof(Vehicle_JetFighter), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Реактивный истребитель" },
{ "en-US", "Jet fighter" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Современный самолёт для ведения воздушного боя." },
{ "en-US", "Modern aircraft." },
})));
#endregion
#region Car parts
SemanticNetwork.Concepts.Add(Part_Engine = new Concept(nameof(Part_Engine), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Двигатель" },
{ "en-US", "Engine" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Двигатель." },
{ "en-US", "Engine." },
})));
SemanticNetwork.Concepts.Add(Part_Wheels = new Concept(nameof(Part_Wheels), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Колёса" },
{ "en-US", "Wheels" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Колёса." },
{ "en-US", "Wheels." },
})));
SemanticNetwork.Concepts.Add(Part_Body = new Concept(nameof(Part_Body), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Кузов" },
{ "en-US", "Car body" },
}), new LocalizedStringVariable(new Dictionary <String, String>
{
{ "ru-RU", "Кузов." },
{ "en-US", "Car body." },
})));
#endregion
#region Comparable Values
Func <String, LocalizedStringVariable> getString = text => new LocalizedStringVariable(
new Dictionary <String, String>
{
{ "ru-RU", text },
{ "en-US", text },
});
Func <Int32, LocalizedStringVariable> getStringByNumber = number => getString(number.ToString());
SemanticNetwork.Concepts.Add(Number0 = new Concept("0", getStringByNumber(0), getStringByNumber(0)));
SemanticNetwork.Concepts.Add(NumberZero = new Concept("_0_", getString("_0_"), getString("_0_")));
SemanticNetwork.Concepts.Add(NumberNotZero = new Concept("!0", getString("!0"), getString("!0")));
SemanticNetwork.Concepts.Add(Number1 = new Concept("1", getStringByNumber(1), getStringByNumber(1)));
SemanticNetwork.Concepts.Add(Number1or2 = new Concept("1 || 2", getString("1 || 2"), getString("1 || 2")));
SemanticNetwork.Concepts.Add(Number2 = new Concept("2", getStringByNumber(2), getStringByNumber(2)));
SemanticNetwork.Concepts.Add(Number2or3 = new Concept("2 || 3", getString("2 || 3"), getString("2 || 3")));
SemanticNetwork.Concepts.Add(Number3 = new Concept("3", getStringByNumber(3), getStringByNumber(3)));
SemanticNetwork.Concepts.Add(Number3or4 = new Concept("3 || 4", getString("3 || 4"), getString("3 || 4")));
SemanticNetwork.Concepts.Add(Number4 = new Concept("4", getStringByNumber(4), getStringByNumber(4)));
#endregion
#region Processes
SemanticNetwork.Concepts.Add(ProcessA = new Concept(nameof(ProcessA), getString("Process A")));
SemanticNetwork.Concepts.Add(ProcessB = new Concept(nameof(ProcessB), getString("Process B")));
#endregion
#region Concept Attributes
Sign_MotorType.WithAttribute(IsSignAttribute.Value);
Sign_AreaType.WithAttribute(IsSignAttribute.Value);
MotorType_Muscles.WithAttribute(IsValueAttribute.Value);
MotorType_Steam.WithAttribute(IsValueAttribute.Value);
MotorType_Combusion.WithAttribute(IsValueAttribute.Value);
MotorType_Jet.WithAttribute(IsValueAttribute.Value);
AreaType_Ground.WithAttribute(IsValueAttribute.Value);
AreaType_Water.WithAttribute(IsValueAttribute.Value);
AreaType_Air.WithAttribute(IsValueAttribute.Value);
Number0.WithAttribute(IsValueAttribute.Value);
NumberZero.WithAttribute(IsValueAttribute.Value);
NumberNotZero.WithAttribute(IsValueAttribute.Value);
Number1.WithAttribute(IsValueAttribute.Value);
Number1or2.WithAttribute(IsValueAttribute.Value);
Number2.WithAttribute(IsValueAttribute.Value);
Number2or3.WithAttribute(IsValueAttribute.Value);
Number3.WithAttribute(IsValueAttribute.Value);
Number3or4.WithAttribute(IsValueAttribute.Value);
Number4.WithAttribute(IsValueAttribute.Value);
ProcessA.WithAttribute(IsProcessAttribute.Value);
ProcessB.WithAttribute(IsProcessAttribute.Value);
#endregion
#region Statements
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Base_Vehicle);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Sign_MotorType);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(MotorType_Muscles);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(MotorType_Steam);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(MotorType_Combusion);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(MotorType_Jet);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Sign_AreaType);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(AreaType_Ground);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(AreaType_Water);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(AreaType_Air);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Bicycle);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Curragh);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_SteamLocomotive);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Steamboat);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Car);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Motorcycle);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Fighter);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_Airbus);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Vehicle_JetFighter);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Part_Body);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Part_Engine);
SemanticNetwork.DeclareThat(SubjectArea_Transport).IsSubjectAreaOf(Part_Wheels);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number0);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(NumberZero);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(NumberNotZero);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number1);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number1or2);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number2);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number2or3);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number3);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number3or4);
SemanticNetwork.DeclareThat(SubjectArea_Numbers).IsSubjectAreaOf(Number4);
SemanticNetwork.DeclareThat(SubjectArea_Processes).IsSubjectAreaOf(ProcessA);
SemanticNetwork.DeclareThat(SubjectArea_Processes).IsSubjectAreaOf(ProcessB);
SemanticNetwork.DeclareThat(Base_Vehicle).HasSign(Sign_MotorType);
SemanticNetwork.DeclareThat(Base_Vehicle).HasSign(Sign_AreaType);
SemanticNetwork.DeclareThat(Sign_MotorType).IsAncestorOf(MotorType_Muscles);
SemanticNetwork.DeclareThat(Sign_MotorType).IsAncestorOf(MotorType_Steam);
SemanticNetwork.DeclareThat(Sign_MotorType).IsAncestorOf(MotorType_Combusion);
SemanticNetwork.DeclareThat(Sign_MotorType).IsAncestorOf(MotorType_Jet);
SemanticNetwork.DeclareThat(Sign_AreaType).IsAncestorOf(AreaType_Ground);
SemanticNetwork.DeclareThat(Sign_AreaType).IsAncestorOf(AreaType_Water);
SemanticNetwork.DeclareThat(Sign_AreaType).IsAncestorOf(AreaType_Air);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Bicycle);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Curragh);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_SteamLocomotive);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Steamboat);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Car);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Motorcycle);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Fighter);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_Airbus);
SemanticNetwork.DeclareThat(Base_Vehicle).IsAncestorOf(Vehicle_JetFighter);
SemanticNetwork.DeclareThat(Vehicle_Bicycle).HasSignValue(Sign_MotorType, MotorType_Muscles);
SemanticNetwork.DeclareThat(Vehicle_Curragh).HasSignValue(Sign_MotorType, MotorType_Muscles);
SemanticNetwork.DeclareThat(Vehicle_SteamLocomotive).HasSignValue(Sign_MotorType, MotorType_Steam);
SemanticNetwork.DeclareThat(Vehicle_Steamboat).HasSignValue(Sign_MotorType, MotorType_Steam);
SemanticNetwork.DeclareThat(Vehicle_Car).HasSignValue(Sign_MotorType, MotorType_Combusion);
SemanticNetwork.DeclareThat(Vehicle_Motorcycle).HasSignValue(Sign_MotorType, MotorType_Combusion);
SemanticNetwork.DeclareThat(Vehicle_Fighter).HasSignValue(Sign_MotorType, MotorType_Combusion);
SemanticNetwork.DeclareThat(Vehicle_Airbus).HasSignValue(Sign_MotorType, MotorType_Jet);
SemanticNetwork.DeclareThat(Vehicle_JetFighter).HasSignValue(Sign_MotorType, MotorType_Jet);
SemanticNetwork.DeclareThat(Vehicle_Bicycle).HasSignValue(Sign_AreaType, AreaType_Ground);
SemanticNetwork.DeclareThat(Vehicle_Curragh).HasSignValue(Sign_AreaType, AreaType_Water);
SemanticNetwork.DeclareThat(Vehicle_SteamLocomotive).HasSignValue(Sign_AreaType, AreaType_Ground);
SemanticNetwork.DeclareThat(Vehicle_Steamboat).HasSignValue(Sign_AreaType, AreaType_Water);
SemanticNetwork.DeclareThat(Vehicle_Car).HasSignValue(Sign_AreaType, AreaType_Ground);
SemanticNetwork.DeclareThat(Vehicle_Motorcycle).HasSignValue(Sign_AreaType, AreaType_Ground);
SemanticNetwork.DeclareThat(Vehicle_Fighter).HasSignValue(Sign_AreaType, AreaType_Air);
SemanticNetwork.DeclareThat(Vehicle_Airbus).HasSignValue(Sign_AreaType, AreaType_Air);
SemanticNetwork.DeclareThat(Vehicle_JetFighter).HasSignValue(Sign_AreaType, AreaType_Air);
SemanticNetwork.DeclareThat(Vehicle_Car).HasPart(Part_Body);
SemanticNetwork.DeclareThat(Vehicle_Car).HasPart(Part_Engine);
SemanticNetwork.DeclareThat(Vehicle_Car).HasPart(Part_Wheels);
SemanticNetwork.DeclareThat(Number0).IsEqualTo(NumberZero);
SemanticNetwork.DeclareThat(NumberNotZero).IsNotEqualTo(NumberZero);
SemanticNetwork.DeclareThat(Number0).IsLessThan(Number1);
SemanticNetwork.DeclareThat(Number1).IsLessThan(Number2);
SemanticNetwork.DeclareThat(Number3).IsGreaterThan(Number2);
SemanticNetwork.DeclareThat(Number4).IsGreaterThan(Number3);
SemanticNetwork.DeclareThat(Number1).IsLessThanOrEqualTo(Number1or2);
SemanticNetwork.DeclareThat(Number1or2).IsLessThanOrEqualTo(Number2);
SemanticNetwork.DeclareThat(Number2).IsLessThanOrEqualTo(Number2or3);
SemanticNetwork.DeclareThat(Number3).IsGreaterThanOrEqualTo(Number2or3);
SemanticNetwork.DeclareThat(Number4).IsGreaterThanOrEqualTo(Number3or4);
SemanticNetwork.DeclareThat(Number3or4).IsGreaterThanOrEqualTo(Number3);
SemanticNetwork.DeclareThat(ProcessA).StartsBeforeOtherStarted(ProcessB);
SemanticNetwork.DeclareThat(ProcessA).FinishesAfterOtherFinished(ProcessB);
#endregion
}
private void SelectConcept(int conceptId)
{
_concept = Concept.CreateConcept(_sqlClient.FindConcept(conceptId));
}
public void Link(Concept concept1, Concept concept2)
{
concept1.Relate(concept2);
_relations.Add(new Relation(concept1, concept2));
}
/// <summary>
/// Creates the tag list.
/// </summary>
/// <returns>A list of concepts.</returns>
private static IEnumerable<Concept> CreateTagList()
{
// get all the tags and count the number of usages
var dic = new Dictionary<string, Concept>();
foreach (var post in Post.Posts)
{
if (!post.IsVisible)
{
continue;
}
foreach (var tag in post.Tags)
{
if (dic.ContainsKey(tag))
{
var concept = dic[tag];
concept.Score++;
if (post.DateModified > concept.LastUpdated)
{
concept.LastUpdated = post.DateModified;
}
dic[tag] = concept;
}
else
{
dic[tag] = new Concept(post.DateModified, 1, tag);
}
}
}
return FindMax(dic);
}
/// <summary>
/// Forces a refresh of the object
/// </summary>
public override void Refresh()
{
base.Refresh();
this.m_unitOfMeasure = null;
}
public static void InvalidActualType()
{
ThrowsAny <ConstraintViolationException>(() => Concept.Assert(typeof(Number <DateTime>)));
}
protected View CreateConceptView(Concept concept)
{
View view;
var inflater = LayoutInflater.From(Activity.BaseContext);
if (concept is InputText)
{
view = inflater.Inflate(Resource.Layout.InputTextConcept, null);
if ((concept as InputText).LetterCount > 0)
{
(view as EditText).SetMinEms((concept as InputText).LetterCount);
}
else
{
(view as EditText).SetMinEms((concept as InputText).Text.Length - ((concept as InputText).Text.Length / 2));
}
if ((concept as InputText).Size > 0)
{
(view as EditText).SetTextSize(Android.Util.ComplexUnitType.Dip, (concept as InputText).Size);
}
}
else if (concept is BaseText)
{
var baseText = (concept as BaseText);
if (baseText.LetterTags != null && baseText.LetterTags.Count > 0)
{
view = ApplyLetterTags(inflater, baseText);
}
else
{
view = inflater.Inflate(Resource.Layout.BaseText, null);
var tvText = view.FindViewById <TextView>(Resource.Id.tvText);
DecorateText(tvText, baseText, new Android.Graphics.Color(
ContextCompat.GetColor(Activity.BaseContext, Resource.Color.neon)),
TextDecorationType.Background);
SetTextAlign(tvText, baseText);
SetTextColor(tvText, baseText);
AdjustTextSize(tvText, baseText);
}
if (baseText is ISound && baseText.SoundPath != null)
{
var speakerDecorator = (ViewGroup)inflater.Inflate(Resource.Layout.BaseTextSpeaker, null);
speakerDecorator.AddView(view);
view = speakerDecorator;
}
if (IsTextCardCallback(concept as BaseText))
{
var cardView = (FrameLayout)inflater.Inflate(Resource.Layout.CardConcept, null);
if (baseText.Size > 0)
{
cardView.LayoutParameters = new FrameLayout.LayoutParams(
baseText.Size > 0 ? ToPx(baseText.Size) : ViewGroup.LayoutParams.MatchParent,
baseText.Size > 0 ? ToPx(baseText.Size) : ViewGroup.LayoutParams.MatchParent);
}
cardView.AddView(view);
view = cardView;
}
else
{
if (!baseText.ShowAsPlainText)
{
var borderedView = (FrameLayout)inflater.Inflate(Resource.Layout.BaseTextBordered, null);
borderedView.AddView(view);
view = borderedView;
}
}
}
else if (concept is Speaker)
{
view = inflater.Inflate(Resource.Layout.SpeakerConcept, null);
if (IsSpeakerCardCallback(concept as Speaker))
{
var cardView = (FrameLayout)inflater.Inflate(Resource.Layout.CardConcept, null);
cardView.AddView(view);
view = cardView;
}
else
{
view.SetBackgroundResource(Resource.Drawable.concept_bordered);
}
}
else if (concept is Picture)
{
var picture = concept as Picture;
view = inflater.Inflate(Resource.Layout.PictureConcept, null);
if (concept.ActivateOnSuccess || concept.ActivateOnMistake)
{
int defaultSize = (IsSmallHeight() ? 100 : 120);
(view as ViewGroup).GetChildAt(0).LayoutParameters = new FrameLayout.LayoutParams(ToPx(defaultSize), ToPx(defaultSize));
}
if (picture.Size > 0)
{
(view as ViewGroup).GetChildAt(0).LayoutParameters = new FrameLayout.LayoutParams(
picture.Size > 0 ? ToPx(picture.Size) : ViewGroup.LayoutParams.MatchParent,
picture.Size > 0 ? ToPx(picture.Size) : ViewGroup.LayoutParams.MatchParent);
}
if (!string.IsNullOrEmpty(picture.ImagePath))
{
var bitmap = BitmapLoader.Instance.LoadBitmap(CountPictureItems(), Activity.BaseContext, picture.ImagePath);
if (bitmap != null)
{
var ivPicture = view.FindViewById <ImageView>(Resource.Id.ivPicture);
ivPicture.SetImageBitmap(bitmap);
}
}
if (IsPictureCardCallback(picture))
{
var cardView = (FrameLayout)inflater.Inflate(Resource.Layout.CardConcept, null);
cardView.AddView(view);
view = cardView;
}
}
else if (concept is Models.Space)
{
view = new Android.Widget.Space(Activity.BaseContext);
view.LayoutParameters = new LinearLayout.LayoutParams(ToPx((concept as Models.Space).Width), ToPx((concept as Models.Space).Height));
}
else
{
view = inflater.Inflate(Resource.Layout.BaseText, null);
var tvText = view.FindViewById <TextView>(Resource.Id.tvText);
tvText.Text = string.Format("Concept type {0} does not exist!", concept.GetType().ToString());
}
// Attach concept object to view
SetTag <Concept>(view, Resource.Id.concept_tag_key, concept);
// Attach click handler
view.Click += ConceptView_Click_PlaySound;
return(view);
}
public bool Implies(Concept a, Concept b)
{
throw new NotImplementedException();
}
public static SearchKeyType CreateNew(int depth = 0)
{
rt.srz.model.srz.SearchKeyType entity = new rt.srz.model.srz.SearchKeyType();
// You may need to maually enter this key if there is a constraint violation.
entity.Id = System.Guid.NewGuid();
entity.Code = "123";
entity.Name = "Test Test Test Test Test Test Test Test Test";
entity.IsActive = true;
entity.FirstName = true;
entity.LastName = true;
entity.MiddleName = true;
entity.Birthday = true;
entity.Birthplace = true;
entity.Snils = true;
entity.DocumentType = true;
entity.DocumentSeries = true;
entity.DocumentNumber = true;
entity.Okato = true;
entity.PolisType = true;
entity.PolisSeria = true;
entity.PolisNumber = true;
entity.FirstNameLength = default(Int16);
entity.LastNameLength = default(Int16);
entity.MiddleNameLength = default(Int16);
entity.BirthdayLength = default(Int16);
entity.AddressStreet = true;
entity.AddressStreetLength = default(Int16);
entity.AddressHouse = true;
entity.AddressRoom = true;
entity.AddressStreet2 = true;
entity.AddressStreetLength2 = default(Int16);
entity.AddressHouse2 = true;
entity.AddressRoom2 = true;
entity.DeleteTwinChar = true;
entity.IdenticalLetters = "Test Test ";
entity.Recalculated = true;
entity.Enp = true;
entity.MainEnp = true;
entity.Weight = 76;
entity.Insertion = true;
using (rt.srz.business.manager.IConceptManager conceptManager = ObjectFactory.GetInstance <IConceptManager>())
{
var all = conceptManager.GetAll(1);
Concept entityRef = null;
if (all.Count > 0)
{
entityRef = all[0];
}
if (entityRef == null && depth < 3)
{
depth++;
entityRef = ConceptTests.CreateNew(depth);
ObjectFactory.GetInstance <ISessionFactory>().GetCurrentSession().Save(entityRef);
}
entity.OperationKey = entityRef;
}
using (rt.srz.business.manager.IOrganisationManager organisationManager = ObjectFactory.GetInstance <IOrganisationManager>())
{
entity.Tfoms = null;
}
return(entity);
}
public Concept SaveConcept(Concept concept)
{
throw new NotImplementedException();
}
public override bool IsMatch(Concept concept)
{
return(!kind.HasValue || concept.RawKind == kind.Value);
}
/// <summary>
/// Refresh the object forcing delay load
/// </summary>
public override void Refresh()
{
base.Refresh();
this.m_interpretationConcept = null;
}
public List <Concept> GetConceptAnswers(Concept concept)
{
List <Concept> answers = new List <Concept>();
return(answers);
}
/// <summary>
/// Forces a refresh of underlying data
/// </summary>
public override void Refresh()
{
base.Refresh();
this.m_value = null;
}
public Boolean GetIfConceptHasAnswers(Concept concept)
{
return(false);
}
public ConceptRefDTO(Concept c)
{
Id = c.Id;
UniversalId = c.UniversalId?.ToString();
}
public void SetRefsetConcept(Concept refsetConcept)
{
this.refsetConcept = refsetConcept;
}
/// <summary>
/// Force a refresh of delay load properties
/// </summary>
public override void Refresh()
{
base.Refresh();
this.m_genderConcept = null;
}
public void SetReferencedConcept(Concept referencedConcept)
{
this.referencedConcept = referencedConcept;
}
public MessageEventArgs(Concept.Message message)
{
Message = message;
}
private Concept CreateConcept()
{
var concent = new Concept(_conceptScheme, _equipmentScheme);
return(concent);
}
public async Task <PatientMedicationIdentifierDto> Handle(AddMedicationToPatientCommand message, CancellationToken cancellationToken)
{
var patientFromRepo = await _patientRepository.GetAsync(f => f.Id == message.PatientId, new string[] {
"PatientClinicalEvents",
"PatientMedications.Concept.MedicationForm"
});
if (patientFromRepo == null)
{
throw new KeyNotFoundException("Unable to locate patient");
}
Concept conceptFromRepo = null;
if (message.ConceptId > 0)
{
conceptFromRepo = await _conceptRepository.GetAsync(message.ConceptId, new string[] { "MedicationForm" });
if (conceptFromRepo == null)
{
throw new KeyNotFoundException("Unable to locate concept");
}
}
Product productFromRepo = null;
if (message.ProductId.HasValue && message.ProductId > 0)
{
productFromRepo = await _productRepository.GetAsync(p => p.Id == message.ProductId);
if (productFromRepo == null)
{
throw new KeyNotFoundException("Unable to locate product");
}
conceptFromRepo = productFromRepo.Concept;
}
if (conceptFromRepo == null)
{
throw new KeyNotFoundException("Unable to locate concept");
}
var medicationDetail = await PrepareMedicationDetailAsync(message.Attributes);
if (!medicationDetail.IsValid())
{
medicationDetail.InvalidAttributes.ForEach(element => throw new DomainException(element));
}
var newPatientMedication = patientFromRepo.AddMedication(conceptFromRepo, message.StartDate, message.EndDate, message.Dose, message.DoseFrequency, message.DoseUnit, productFromRepo, message.SourceDescription);
_modelExtensionBuilder.UpdateExtendable(newPatientMedication, medicationDetail.CustomAttributes, "Admin");
_patientRepository.Update(patientFromRepo);
await AddOrUpdateMedicationsOnReportInstanceAsync(patientFromRepo, newPatientMedication.StartDate, newPatientMedication.EndDate, newPatientMedication.DisplayName, newPatientMedication.PatientMedicationGuid);
await _unitOfWork.CompleteAsync();
_logger.LogInformation($"----- Medication {conceptFromRepo.ConceptName} created");
var mappedPatientMedication = _mapper.Map <PatientMedicationIdentifierDto>(newPatientMedication);
return(CreateLinks(mappedPatientMedication));
}
public void ItShouldNotFilterWhenNoFilter()
{
var concept = new Concept <int>();
Assert.IsTrue(concept.Filter(Month.January));
}
public void BuildAndRegisterConcepts()
{
// Setting the default agency like this means
// we don't need to manually set it for every
// item we create.
VersionableBase.DefaultAgencyId = "int.example";
// Create a scheme to hold the concepts.
ConceptScheme scheme = new ConceptScheme();
scheme.Label.Current = "Transportation Modes";
// Create 6 concepts, setting up a small hierarchy.
Concept transportMode = new Concept();
transportMode.Label.Current = "Transport Mode";
Concept auto = new Concept();
auto.SubclassOf.Add(transportMode);
auto.Label.Current = "Auto";
Concept car = new Concept();
car.SubclassOf.Add(auto);
car.Label.Current = "Car";
Concept truck = new Concept();
truck.SubclassOf.Add(auto);
truck.Label.Current = "Truck";
Concept bike = new Concept();
bike.SubclassOf.Add(transportMode);
bike.Label.Current = "Bike";
Concept walk = new Concept();
walk.SubclassOf.Add(transportMode);
walk.Label.Current = "Walk";
// Add the concpts to the scheme.
scheme.Concepts.Add(transportMode);
scheme.Concepts.Add(auto);
scheme.Concepts.Add(car);
scheme.Concepts.Add(truck);
scheme.Concepts.Add(bike);
scheme.Concepts.Add(walk);
var client = GetClient();
CommitOptions options = new CommitOptions();
// Gather all the scheme and all the items in the scheme,
// so we can register them with a single call to the repository.
ItemGathererVisitor gatherer = new ItemGathererVisitor();
scheme.Accept(gatherer);
// Register the items with the repository.
client.RegisterItems(gatherer.FoundItems, options);
// Alternatively, we could register the items one at a time, like this.
//client.RegisterItem(scheme, options);
//client.RegisterItem(transportMode, options);
//client.RegisterItem(auto, options);
//client.RegisterItem(car, options);
//client.RegisterItem(truck, options);
//client.RegisterItem(bike, options);
//client.RegisterItem(walk, options);
}
public void ItShouldNotRunWhenNotFiltersAndNotOperation()
{
var concept = new Concept <int>();
Assert.Throws(typeof(RuleException), concept.Run);
}
public void Verify_MapToEntity_WithExistingEntity_AssignsConceptProperties()
{
// Arrange
var mapper = new ConceptMapper();
var model = ConceptsMockingSetup.DoMockingSetupForConceptModel();
// Act
IConcept existingEntity = new Concept { Id = 1 };
mapper.MapToEntity(model.Object, ref existingEntity);
// Assert
Assert.Equal(model.Object.StartYear, existingEntity.StartYear);
// Related Objects
Assert.Equal(model.Object.PrimaryImageFileId, existingEntity.PrimaryImageFileId);
Assert.Equal(model.Object.FirstIssueAppearanceId, existingEntity.FirstIssueAppearanceId);
// Associated Objects
model.VerifyGet(x => x.ConceptAliases, Times.Once);
//Assert.Equal(model.Object.ConceptAliases?.Count, existingEntity.ConceptAliases?.Count);
model.VerifyGet(x => x.ConceptIssuesAppearedIn, Times.Once);
//Assert.Equal(model.Object.ConceptIssuesAppearedIn?.Count, existingEntity.ConceptIssuesAppearedIn?.Count);
model.VerifyGet(x => x.ConceptIssues, Times.Once);
//Assert.Equal(model.Object.ConceptIssues?.Count, existingEntity.ConceptIssues?.Count);
model.VerifyGet(x => x.ConceptMovies, Times.Once);
//Assert.Equal(model.Object.ConceptMovies?.Count, existingEntity.ConceptMovies?.Count);
model.VerifyGet(x => x.ConceptVolumes, Times.Once);
//Assert.Equal(model.Object.ConceptVolumes?.Count, existingEntity.ConceptVolumes?.Count);
}
/// <summary>
/// Forces refreshing of delay load properties
/// </summary>
public override void Refresh()
{
base.Refresh();
this.m_componentType = null;
}
public void Add(Concept concept, int value)
{
facts.Add(concept, value);
}
} // FollowMissingShipToPath
/// <summary>
/// The control flow for loading a rollout spreadsheet.
/// </summary>
private void LoadRolloutFlow()
{
log4net.Config.XmlConfigurator.ConfigureAndWatch(new FileInfo(Path.GetDirectoryName(Assembly.GetAssembly(typeof(FileIO)).Location) + @"\" + "log4net.config"));
this.dgv_DataDisplay.DataSource = null;
MissingShipToCSV = null; // make sure to clear this out each time we load a spreadsheet
// 1.) Get the file to load
string FileToLoad = FileIO.GetFileName(System.Environment.GetFolderPath(System.Environment.SpecialFolder.Personal), FileFilter);
if (String.Empty != FileToLoad)
{
try
{
// 2.) Load the file
log.Debug($"Attempting to load file {FileToLoad} using \t as a delimiter");
conceptCSV = new ConceptCSV(FileToLoad, "\t");
using (LoadingForm frm = new LoadingForm())
{
frm.AddText("Loading Concept Spreadsheet.");
frm.Visible = true;
conceptCSV.ReadConcept();
// 3.) Validate the required columns exist in the spreadsheet
log.Debug($"Attempting to validate all required columns exist in the file.");
frm.AddText("Validating Concept Required Columns Exist.");
if (!ValidateConceptHeader(ref conceptCSV))
{
return;
}
// 4a.) Validate the data in the rows match the column requirements
log.Debug("Validating all row data in all required columns.");
frm.AddText("Validating data in concept spreadsheet.");
if (!ValidateConceptRows(ref conceptCSV))
{
return;
}
// 4b.) Validate the Shipping Vendor
log.Debug("Validating the shipping vendor is V or V3.");
frm.AddText("Validating the shipping vendor is a vendor in JDE.");
if (!CheckShippingVendor(conceptCSV))
{
return;
}
// 4c.) Validate the concept ID exists for the Customer C3 Record
log.Debug("Validating the Customer Number has a concept in ABAC08.");
frm.AddText("Validating the Customer Number has a concept code.");
if (!ConceptCodeExists(conceptCSV))
{
return;
}
// 5.) Verify the ship to addresses exist
log.Debug("Verify all Ship To addresses exist");
frm.AddText("Checking for missing ship to addresses in JDE.");
List <string> MissingShipTo = conceptCSV.CheckForMissingShipToAddresses();
if (0 < MissingShipTo.Count)
{
// 6a.) We found new ship to addresses, so start down that path
log.Debug("There are Ship To addresses that are missing. Should we add them?");
frm.AddText("Found missing ship to addresses.");
FollowMissingShipToPath(MissingShipTo, conceptCSV, frm);
frm.Visible = false;
}
else
{
// 6b.) All ship to addresses exist. So, verify the item numbers are valid
log.Debug("Verify all items exist in JDE.");
frm.AddText("No missing ship to addresses.");
frm.AddText("Checking for missing item numbers.");
List <string> MissingItems = conceptCSV.CheckForMissingItemNumbers();
if (0 < MissingItems.Count)
{
log.Debug("There are item numbers that don't exist in JDE.");
using (new CenterDialog(this))
{
MessageBox.Show($"The following part numbers don't exist in JDE. Please change them or add them to the 3SUW branch plant: {String.Join(",", MissingItems)}",
"Data Error!!",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
frm.Close();
return;
}
else
{
log.Debug("All items exist in JDE");
frm.AddText("All items exist in JDE.");
using (new CenterDialog(this))
{
DialogResult result = MessageBox.Show($"All {conceptCSV.DT.Rows.Count} rows of data are valid in JDE.\r\nLoad the EDI Data into JDE?\r\nSelect No to preview the detail data before load.",
"Load EDI Data?",
MessageBoxButtons.YesNoCancel,
MessageBoxIcon.Information);
if (DialogResult.Cancel == result)
{
return;
}
// 7.) Save the data into a concept & save that to JDE
log.Debug($"Tranform the conceptCSV into a concept");
frm.AddText("Transforming the spreadsheet into a concept object.");
Concept concept = XfrmConcept.CSVtoConcept(conceptCSV);
if (DialogResult.Yes == result)
{
log.Debug($"Populating header file F47011 with data");
frm.AddText("Populating the EDI header file with concept data.");
JDE.PopulateF47011(concept);
log.Debug($"Populating detail file F47012 with data");
frm.AddText("Populating the EDI detail file with concept data & freight lines.");
JDE.PopulateF47012(concept);
frm.AddText("Success!");
// 8.) Prompt the user to go to JDE
log.Debug($"Successfully processed the EDI information into F47011 and F47012");
MessageBox.Show("The concept was successfully loaded into JDE.\r\nPlease go to JDE, review the data, and run the Rollout Order Import report.",
"Success!",
MessageBoxButtons.OK,
MessageBoxIcon.Information);
frm.Close();
}
else if (DialogResult.No == result)
{
frm.AddText("Success!");
frm.Close();
this.dgv_DataDisplay.DataSource = concept.OrderDetails;
}
}
}
}
}
}
catch (Exception er)
{
log.Error($"{er.Message} + {er.InnerException} + {er.StackTrace}");
using (new CenterDialog(this))
{
MessageBox.Show($"{er.Message} + {er.InnerException} + {er.StackTrace}",
"Error in Rollout",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
}
} // LoadRolloutFlow
// modified version of what's happening in the tag cloud
private List<Concept> CreateTagList()
{
// get all the tags and count the number of usages
Dictionary<string, Concept> dic = new Dictionary<string, Concept>();
foreach (Post post in Post.Posts)
{
if (post.IsVisible)
{
foreach (string tag in post.Tags)
{
if (dic.ContainsKey(tag))
{
Concept concept = dic[tag];
concept.Score++;
if (post.DateModified > concept.LastUpdated)
concept.LastUpdated = post.DateModified;
dic[tag] = concept;
}
else
{
dic[tag] = new Concept(post.DateModified, 1, tag);
}
}
}
}
return FindMax(dic);
}
/// <summary>
/// This method builds up a DdiInstance and writes it to a
/// valid DDI 3.1. XML file.
/// </summary>
public void BuildSomeDdiAndWriteToXml()
{
// It is helpful to set some default properties before
// working with the SDK's model. These two properties
// determine the default language and agency identifier
// for every item.
MultilingualString.CurrentCulture = "en-US";
VersionableBase.DefaultAgencyId = "example.org";
// Start out by creating a new DDIInstance.
// The DdiInstance can hold StudyUnits, Groups, and ResourcePackages.
DdiInstance instance = new DdiInstance();
Instance = instance;
instance.DublinCoreMetadata.Title.Current = "My First Instance";
// Since we set the CurrentCulture to "en-US", that last line is
// equivalent to this next one.
instance.DublinCoreMetadata.Title["en-US"] = "My First Instance";
// We can set multiple languages, if we want to.
instance.DublinCoreMetadata.Title["fr"] = "TODO";
// Add a ResourcePackage to the DdiInstance. There are three things to do.
// 1. First, create it.
// 2. Then, set whatever properties you like. Here, we just set the Title.
// 3. Add the item to it's parent. In this case, that's the DdiInstance.
ResourcePackage resourcePackage = new ResourcePackage();
resourcePackage.DublinCoreMetadata.Title.Current = "RP1";
instance.AddChild(resourcePackage);
// Now let's add a ConceptScheme to the ResourcePackage. We'll do this
// using the same three steps we used to create the ResourcePackage.
ConceptScheme conceptScheme = new ConceptScheme();
conceptScheme.ItemName.Current = "My Concepts";
conceptScheme.Description.Current = "Just some concepts for testing.";
resourcePackage.AddChild(conceptScheme);
// Let's add some Concepts to the ConceptScheme.
string[] conceptLabels = { "Pet", "Dog", "Cat", "Bird", "Fish", "Monkey" };
foreach (string label in conceptLabels)
{
// Again, for each Concept we create, we want to perform the
// same three steps as above:
// 1. instantiate, 2. assign properties, 3. add to parent.
Concept concept = new Concept();
concept.Label.Current = label;
conceptScheme.AddChild(concept);
}
// Let's create a collection of questions.
QuestionScheme questionScheme = new QuestionScheme();
questionScheme.ItemName.Current = "Sample Questions";
resourcePackage.QuestionSchemes.Add(questionScheme);
// First, we can ask for a name. This will just collect textual data.
Question q1 = new Question();
q1.QuestionText.Current = "What is your name?";
q1.ResponseDomains.Add(new TextDomain());
questionScheme.Questions.Add(q1);
// Next, we can ask what method of transportation somebody used to get to Minneapolis.
Question transportationQuestion = new Question();
transportationQuestion.QuestionText.Current = "How did you get to Minneapolis?";
// For this question, the respondent will choose from a list of answers.
// Let's make that list.
CategoryScheme catScheme = new CategoryScheme();
resourcePackage.CategorySchemes.Add(catScheme);
var codeScheme = new CodeList();
resourcePackage.CodeSchemes.Add(codeScheme);
// Add the first category and code: Airplane
Category airplaneCategory = new Category();
airplaneCategory.Label.Current = "Airplane";
Code airplaneCode = new Code
{
Value = "0",
Category = airplaneCategory
};
catScheme.Categories.Add(airplaneCategory);
codeScheme.Codes.Add(airplaneCode);
// Car
Category carCategory = new Category();
carCategory.ItemName.Current = "Car";
Code carCode = new Code
{
Value = "1",
Category = carCategory
};
catScheme.Categories.Add(carCategory);
codeScheme.Codes.Add(carCode);
// Train
Category trainCategory = new Category();
trainCategory.ItemName.Current = "Train";
Code trainCode = new Code
{
Value = "2",
Category = trainCategory
};
catScheme.Categories.Add(trainCategory);
codeScheme.Codes.Add(trainCode);
// Now that we have a Category and CodeScheme, we can create
// a CodeDomain and assign this as the type of data the transportation
// question will collect.
CodeDomain codeDomain = new CodeDomain();
codeDomain.Codes = codeScheme;
transportationQuestion.ResponseDomains.Add(codeDomain);
questionScheme.Questions.Add(transportationQuestion);
// We have created a DdiInstance, a ResourcePackage, some concepts,
// and some questions.
//
// Now what?
//
// Let's save all this to a DDI 3.1 XML file.
//
// First, we can call EnsureCompliance to make sure
// our objects have all fields that are required
// by the DDI 3.1 schemas. If we missed anything,
// this method will fill in some defaults for us.
DDIWorkflowSerializer.EnsureCompliance(instance);
// Now, create the serializer object that will save our items to XML.
// Setting UseConciseBoundedDescription to false makes sure we
// write every item, and not just references to items.
DDIWorkflowSerializer serializer = new DDIWorkflowSerializer();
serializer.UseConciseBoundedDescription = false;
// Getting a valid XML representation of our model is just one method call.
XmlDocument xmlDoc = serializer.Serialize(instance);
// Finally, save the XML document to a file.
xmlDoc.Save("sample.xml");
}