it.unibz.inf.ontop.injection

Interface OntopMappingSettings

All Superinterfaces:

OntopModelSettings, OntopOBDASettings, OntopOptimizationSettings

public interface OntopMappingSettings
extends OntopOBDASettings, OntopOptimizationSettings

Nested Class Summary

Nested classes/interfaces inherited from interface it.unibz.inf.ontop.injection.OntopModelSettings

OntopModelSettings.CardinalityPreservationMode

Field Summary

Fields

Modifier and Type	Field and Description
static String	BASE_IRI Options to specify base IRI.
static String	COMPLETE_PROVIDED_METADATA
static String	INFER_DEFAULT_DATATYPE
static String	IS_CANONICAL_IRI_COMPLETE
static String	OBTAIN_FULL_METADATA
static String	QUERY_ONTOLOGY_ANNOTATIONS
static String	TOLERATE_ABSTRACT_DATATYPE

Fields inherited from interface it.unibz.inf.ontop.injection.OntopOBDASettings

SAME_AS

Fields inherited from interface it.unibz.inf.ontop.injection.OntopOptimizationSettings

MAX_NB_CHILDREN_LIFTING_DB_FS

Fields inherited from interface it.unibz.inf.ontop.injection.OntopModelSettings

CARDINALITY_MODE, TEST_MODE

Method Summary

Modifier and Type	Method and Description
boolean	areAbstractDatatypesToleratedInMapping() If false, throws an exception is an abstract datatype is used for a literal in a mapping assertion.
boolean	isCanIRIComplete() Let S be the data source, and if M is a set of mapping assertions, let M(S) be the graph derived by applying M to S (without ontology).
boolean	isDefaultDatatypeInferred() If false, throws an exception if the system is not able to infer the datatype from the database If true use default datatype (xsd:string)
boolean	isFullMetadataExtractionEnabled()
boolean	isOntologyAnnotationQueryingEnabled()
boolean	isProvidedDBMetadataCompletionEnabled() Completes user-provided DBMetadata

Methods inherited from interface it.unibz.inf.ontop.injection.OntopOBDASettings

isSameAsInMappingsEnabled

Methods inherited from interface it.unibz.inf.ontop.injection.OntopOptimizationSettings

getMaxNbChildrenForLiftingDBFunctionSymbol

Methods inherited from interface it.unibz.inf.ontop.injection.OntopModelSettings

contains, getCardinalityPreservationMode, getProperty, isTestModeEnabled

Field Detail

OBTAIN_FULL_METADATA

static final String OBTAIN_FULL_METADATA

See Also:

Constant Field Values

QUERY_ONTOLOGY_ANNOTATIONS

static final String QUERY_ONTOLOGY_ANNOTATIONS

See Also:

Constant Field Values

COMPLETE_PROVIDED_METADATA

static final String COMPLETE_PROVIDED_METADATA

See Also:

Constant Field Values

INFER_DEFAULT_DATATYPE

static final String INFER_DEFAULT_DATATYPE

See Also:

Constant Field Values

TOLERATE_ABSTRACT_DATATYPE

static final String TOLERATE_ABSTRACT_DATATYPE

See Also:

Constant Field Values

IS_CANONICAL_IRI_COMPLETE

static final String IS_CANONICAL_IRI_COMPLETE

See Also:

Constant Field Values

BASE_IRI

static final String BASE_IRI

Options to specify base IRI.

See Also:

Base IRI, Constant Field Values

Method Detail

isOntologyAnnotationQueryingEnabled

boolean isOntologyAnnotationQueryingEnabled()

isFullMetadataExtractionEnabled

boolean isFullMetadataExtractionEnabled()

isProvidedDBMetadataCompletionEnabled

boolean isProvidedDBMetadataCompletionEnabled()

Completes user-provided DBMetadata

isDefaultDatatypeInferred

boolean isDefaultDatatypeInferred()

If false, throws an exception if the system is not able to infer the datatype from the database If true use default datatype (xsd:string)

areAbstractDatatypesToleratedInMapping

boolean areAbstractDatatypesToleratedInMapping()

If false, throws an exception is an abstract datatype is used for a literal in a mapping assertion. If true, abstract datatypes will be replaced by concrete ones.

isCanIRIComplete

boolean isCanIRIComplete()

Let S be the data source, and if M is a set of mapping assertions, let M(S) be the graph derived by applying M to S (without ontology). And let dom(M(S)) (resp. range(M(S))) be all subjects (resp. objects) of some triple in M(S). Now let C be all mapping assertions with isCanonicalIRIOf as predicate, and let A_sub (resp(A_obj)) be all mapping assertions whose subject (resp. object) is built with a URI template, and whose predicate is not isCanonicalIRIOf. If this parameter is set to true, then for any a in A_sub, either dom({a}(S)) \cap range(C(S)) = \emptyset, or dom({a}(S)) \subseteq range(C(S))). Similarly, for any a in A_obj, either range({a}(S)) \cap range(C(S)) = \emptyset, or range({a}(S)) \subseteq range(C(S))).