protected ObjectPropertyAxiom(
IOntology ontology,
IObjectPropertyExpression objectPropertyExpression
) : base(ontology)
{
_objectPropertyExpression = objectPropertyExpression;
}
protected Axiom(
IOntology ontology
)
{
_ontology = ontology;
_ontology?.Axioms.Add(this);
}
protected Entity(
IOntology ontology,
string localName
) : base(ontology)
{
_localName = localName;
}
public DisjointClasses(
IOntology ontology,
params IClassExpression[] classExpressions
) : base(ontology)
{
_classExpressions = classExpressions;
}
protected DataPropertyAxiom(
IOntology ontology,
IDataPropertyExpression dataPropertyExpression
) : base(ontology)
{
_dataPropertyExpression = dataPropertyExpression;
}
public EquivalentClasses(
IOntology ontology,
params IClassExpression[] classExpressions
) : base(ontology)
{
_classExpressions = classExpressions;
}
public static IDictionary <object, ILookup <IPropertyExpression, ISubClassOf> > Validate(
this IOntology ontology,
IDictionary <object, ISet <IClass> > classifications
)
{
var evaluator = new ClassMembershipEvaluator(
ontology,
classifications);
return((
from keyValuePair in classifications
let individual = keyValuePair.Key
from classExpression in keyValuePair.Value
from subClassOf in ontology.Get <ISubClassOf>()
from annotation in subClassOf.Annotations
where
subClassOf.SubClassExpression == classExpression &&
subClassOf.SuperClassExpression is IPropertyRestriction &&
annotation.Property.Iri == "Validation.Restriction" &&
!subClassOf.SuperClassExpression.Evaluate(
evaluator,
individual)
group subClassOf by individual into errorsGroupedByIndividual
select errorsGroupedByIndividual
).ToDictionary(
group => group.Key,
group => group.ToLookup(
g => ((IPropertyRestriction)g.SuperClassExpression).PropertyExpression)));
}
/// <summary>Adds another built in ontology into this provider instance.</summary>
/// <param name="ontologies">Ontologiesto be included in this instance.</param>
/// <returns>This instance of the default ontologies provider.</returns>
public DefaultOntologiesProvider Include(BuiltInOntologies ontologies)
{
foreach (BuiltInOntologies ontology in Enum.GetValues(typeof(BuiltInOntologies)))
{
if (((ontologies & ontology) == ontology) && (!_includedOntologies.Contains(ontology)))
{
string resourceName = System.String.Format("{0}.{1}.", typeof(DefaultOntologiesProvider).Namespace, ontology.ToString());
resourceName = (from manifestResourceName in GetType().GetTypeInfo().Assembly.GetManifestResourceNames()
where manifestResourceName.StartsWith(resourceName)
select manifestResourceName).FirstOrDefault();
if (System.String.IsNullOrEmpty(resourceName))
{
throw new System.IO.FileNotFoundException(System.String.Format("No embedded ontology stream found for '{0}'.", ontology.ToString()));
}
IOntology ontologyInstance = _ontologyFactory.Create(
GetType().GetTypeInfo().Assembly.GetManifestResourceStream(resourceName),
"application/" + (resourceName.EndsWith(".owl") ? "owl" : "rdf") + "+xml");
if (ontologyInstance != null)
{
_includedOntologies.Add(ontology);
_ontologies.Add(ontologyInstance);
}
}
}
return(this);
}
public AnnotationProperty(
IOntology ontology,
string localName
) : base(
ontology,
localName)
{
}
public Datatype(
IOntology ontology,
string localName
) : base(
ontology,
localName)
{
}
public Class(
IOntology ontology,
string localName
) : base(
ontology,
localName)
{
}
public static IObjectPropertyExpression DeclareObjectProperty <T, TProperty>(
this IOntology ontology,
string localName,
Func <T, IEnumerable <TProperty> > property
) => new ObjectProperty <T, TProperty>(
ontology,
localName,
property);
public NamedIndividual(
IOntology ontology,
string localName
) : base(
ontology,
localName)
{
}
public ClassAssertion(
IOntology ontology,
IClassExpression classExpression,
INamedIndividual namedIndividual
) : base(ontology)
{
_classExpression = classExpression;
_namedIndividual = namedIndividual;
}
/// <summary>Creates a new instance of <see cref="OntologyAccessor"/>.</summary>
internal OntologyAccessor(Entity entity, IOntology ontology, INodeConverter nodeConverter, IResultTransformerCatalog resultTransformers)
{
_tripleStore = entity.Context.Store;
_entity = entity;
_ontology = ontology;
_resultTransformers = resultTransformers;
_nodeConverter = nodeConverter;
_context = entity.Context;
}
protected PropertyAssertion(
IOntology ontology,
IPropertyExpression propertyExpression,
INamedIndividual sourceIndividual
) : base(ontology)
{
_propertyExpression = propertyExpression;
_sourceIndividual = sourceIndividual;
}
public SubClassOf(
IOntology ontology,
IClassExpression subClassExpression,
IClassExpression superClassExpression
) : base(ontology)
{
_subClassExpression = subClassExpression;
_superClassExpression = superClassExpression;
}
public HasKey(
IOntology ontology,
IClassExpression classExpression,
params IDataPropertyExpression[] dataPropertyExpressions
) : base(ontology)
{
_classExpression = classExpression;
_dataPropertyExpressions = dataPropertyExpressions;
}
public ObjectPropertyDomain(
IOntology ontology,
IObjectPropertyExpression objectPropertyExpression,
IClassExpression domain
) : base(
ontology,
objectPropertyExpression)
{
_domain = domain;
}
public FunctionalObjectProperty(
IOntology ontology,
string localName,
Func <T, TProperty> property
) : base(
ontology,
localName,
property)
{
}
public DataProperty(
IOntology ontology,
string localName,
Func <T, IEnumerable <TProperty> > property
) : base(
ontology,
localName,
property)
{
}
public ObjectPropertyRange(
IOntology ontology,
IObjectPropertyExpression objectPropertyExpression,
IClassExpression range
) : base(
ontology,
objectPropertyExpression)
{
_range = range;
}
public DataPropertyDomain(
IOntology ontology,
IDataPropertyExpression dataPropertyExpression,
IClassExpression domain
) : base(
ontology,
dataPropertyExpression)
{
_domain = domain;
}
protected FunctionalProperty(
IOntology ontology,
string localName,
Func <T, TProperty> property
) : base(
ontology,
localName)
{
_property = property;
}
public DataPropertyRange(
IOntology ontology,
IDataPropertyExpression dataPropertyExpression,
IDataRange range
) : base(
ontology,
dataPropertyExpression)
{
_range = range;
}
protected Property(
IOntology ontology,
string localName,
Func <T, IEnumerable <TProperty> > property
) : base(
ontology,
localName)
{
_property = property;
}
public DataPropertyAssertion(
IOntology ontology,
IDataPropertyExpression dataPropertyExpression,
INamedIndividual sourceIndividual,
object targetValue
) : base(
ontology,
dataPropertyExpression,
sourceIndividual)
{
_dataPropertyExpression = dataPropertyExpression;
_targetValue = targetValue;
}
public ObjectPropertyAssertion(
IOntology ontology,
IObjectPropertyExpression objectPropertyExpression,
INamedIndividual sourceIndividual,
object targetIndividual
) : base(
ontology,
objectPropertyExpression,
sourceIndividual)
{
_objectPropertyExpression = objectPropertyExpression;
_targetIndividual = targetIndividual;
}
/// <summary>Creates an ontology from given stream.</summary>
/// <param name="fileStream">Stream containing a serialized ontology data.</param>
/// <param name="contentType">Explicitly passed content type of the data stored in the given stream.</param>
/// <returns>Ontology beeing an object representation of given data.</returns>
public IOntology Create(Stream fileStream, string contentType)
{
IOntologyLoader ontologyFactory = GetOntologyFactory(contentType);
if (ontologyFactory == null)
{
throw new NotSupportedException(System.String.Format("MIME type of '{0}' is not supported.", contentType));
}
IOntology result = ontologyFactory.Create(fileStream);
fileStream.Dispose();
return(result);
}
public static OntologyState Create(IOntology ontology)
{
if (ontology == null)
{
throw new ArgumentNullException("ontology");
}
return(new OntologyState(ontology.Id)
{
CanAction = ontology.CanAction,
CanCommand = ontology.CanCommand,
CanEvent = ontology.CanEvent,
Code = ontology.Code,
CreateOn = ontology.CreateOn,
DispatcherLoadCount = ontology.DispatcherLoadCount,
DispatcherSleepTimeSpan = ontology.DispatcherSleepTimeSpan,
EntityDatabaseId = ontology.EntityDatabaseId,
EntityProviderId = ontology.EntityProviderId,
EntitySchemaName = ontology.EntitySchemaName,
EntityTableName = ontology.EntityTableName,
ExecutorLoadCount = ontology.ExecutorLoadCount,
ExecutorSleepTimeSpan = ontology.ExecutorSleepTimeSpan,
Icon = ontology.Icon,
IsEnabled = ontology.IsEnabled,
IsLogicalDeletionEntity = ontology.IsLogicalDeletionEntity,
IsCataloguedEntity = ontology.IsCataloguedEntity,
IsSystem = ontology.IsSystem,
MessageDatabaseId = ontology.MessageDatabaseId,
MessageProviderId = ontology.MessageProviderId,
MessageSchemaName = ontology.MessageSchemaName,
Name = ontology.Name,
ReceivedMessageBufferSize = ontology.ReceivedMessageBufferSize,
ServiceIsAlive = ontology.ServiceIsAlive,
SortCode = ontology.SortCode,
Triggers = ontology.Triggers
});
}