public static void LeDominio(String path) {
try {
Mobi2OWL mobiOWL = new Mobi2OWL();
mobiOWL.importForMobiOfOWL(path);
Mobi mobi = mobiOWL.getMobi();
for (Class mobiClass : mobi.getAllClasses().values()) {
System.out.println(
"==================Reading Class: "
+ mobiClass.getUri().toUpperCase()
+ "==================");
System.out.println(">>>Instances Belonging to Class");
for (Instance instance : mobi.getClassInstances(mobiClass.getUri())) {
System.out.println(instance.getUri());
}
System.out.println(
"==================End of Class: "
+ mobiClass.getUri().toUpperCase()
+ "==================");
}
for (InheritanceRelation inheritance : mobi.getAllInheritanceRelations().values()) {
System.out.println("==================Reading Relation Inheritance==================");
System.out.println("SUPER CLASS: " + inheritance.getClassA().getUri());
System.out.println("SUB CLASS: " + inheritance.getClassB().getUri());
System.out.println("NAME: " + inheritance.getUri());
System.out.println("Reading Relations between instances");
for (InstanceRelation instanceRelation : inheritance.getInstanceRelationMapA().values()) {
System.out.println(
"Instance "
+ instanceRelation.getInstance().getUri().toUpperCase()
+ " has values: ");
for (Instance instance : instanceRelation.getAllInstances().values())
System.out.println(instance.getUri().toUpperCase());
}
System.out.println("==================End of Relation==================");
}
for (EquivalenceRelation equivalence : mobi.getAllEquivalenceRelations().values()) {
System.out.println("==================Reading Relation==================");
System.out.println("CLASS A: " + equivalence.getClassA().getUri());
System.out.println("CLASS B: " + equivalence.getClassB().getUri());
System.out.println("NAME: " + equivalence.getUri());
System.out.println("Reading Relations between instances");
for (InstanceRelation instanceRelation : equivalence.getInstanceRelationMapA().values()) {
System.out.println(
"Instance "
+ instanceRelation.getInstance().getUri().toUpperCase()
+ " has values: ");
for (Instance instance : instanceRelation.getAllInstances().values())
System.out.println(instance.getUri().toUpperCase());
}
System.out.println("==================End of Relation==================");
}
for (CompositionRelation composition : mobi.getAllCompositionRelations().values()) {
System.out.println("==================Reading Relation Composition==================");
System.out.println("NAME A: " + composition.getNameA());
System.out.println("NAME B: " + composition.getNameB());
System.out.println("DOMAIN: " + composition.getClassA().getUri());
System.out.println("RANGE: " + composition.getClassB().getUri());
System.out.println("Reading Relations between instances");
for (InstanceRelation instanceRelation : composition.getInstanceRelationMapA().values()) {
System.out.println(
"Instance "
+ instanceRelation.getInstance().getUri().toUpperCase()
+ " has values: ");
for (Instance instance : instanceRelation.getAllInstances().values())
System.out.println(instance.getUri().toUpperCase());
}
System.out.println("==================End of Relation==================");
}
} catch (Exception e) {
e.printStackTrace();
}
}
private HashMap<String, Class> getMobiRangesObjectProperty(
String nameJenaObjectProperty, boolean isCompositionRelation) {
HashMap<String, Class> hashRanges = new HashMap<String, Class>();
if (isCompositionRelation) {
for (CompositionRelation c : this.mobi.getAllCompositionRelations().values()) {
if (this.mobi
.getPropertyName(c.getNameA(), c.getClassA(), c.getClassB())
.equals(nameJenaObjectProperty)
&& !hashRanges.containsKey(c.getClassB().getUri()))
hashRanges.put(c.getClassB().getUri(), c.getClassB());
if (c.getNameB() != null
&& this.mobi
.getPropertyName(c.getNameB(), c.getClassB(), c.getClassA())
.equals(nameJenaObjectProperty)
&& !hashRanges.containsKey(c.getClassA().getUri()))
hashRanges.put(c.getClassA().getUri(), c.getClassA());
}
} else {
for (SymmetricRelation s : this.mobi.getAllSymmetricRelations().values()) {
if (this.mobi
.getPropertyName(s.getName(), s.getClassA(), s.getClassB())
.equals(nameJenaObjectProperty)
&& !hashRanges.containsKey(s.getClassB().getUri()))
hashRanges.put(s.getClassB().getUri(), s.getClassB());
}
}
return hashRanges;
}
public void exportSymmetricRelations() throws ExceptionSymmetricRelation {
HashMap<String, HashMap<String, HashMap<String, Integer>>> relationsPropertys =
new HashMap<String, HashMap<String, HashMap<String, Integer>>>();
HashMap<String, HashMap<String, HashMap<String, Class>>> listRestrictions =
new HashMap<String, HashMap<String, HashMap<String, Class>>>();
for (SymmetricRelation symmetricRelation : this.mobi.getAllSymmetricRelations().values()) {
String nameJenaObjectProperty =
this.mobi.getPropertyName(
symmetricRelation.getName(),
symmetricRelation.getClassA(),
symmetricRelation.getClassB());
for (CompositionRelation cr : this.mobi.getAllCompositionRelations().values()) {
if ((this.mobi
.getPropertyName(cr.getNameA(), cr.getClassA(), cr.getClassB())
.equals(nameJenaObjectProperty))
|| (cr.getNameB() != null
&& this.mobi
.getPropertyName(cr.getNameB(), cr.getClassB(), cr.getClassA())
.equals(nameJenaObjectProperty)))
throw new ExceptionSymmetricRelation(
"Could not create OWL file. There is another composition relation with the name: "
+ nameJenaObjectProperty
+ " for this symmetric relation.");
}
OntClass classeA = this.createJenaClass(symmetricRelation.getClassA());
OntClass classeB = this.createJenaClass(symmetricRelation.getClassB());
if (!relationsPropertys.containsKey(nameJenaObjectProperty))
relationsPropertys.put(
nameJenaObjectProperty, new HashMap<String, HashMap<String, Integer>>());
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectProperty))
.containsKey(symmetricRelation.getClassA().getUri()))
((HashMap<String, HashMap<String, Integer>>) relationsPropertys.get(nameJenaObjectProperty))
.put(symmetricRelation.getClassA().getUri(), new HashMap<String, Integer>());
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectProperty))
.containsKey(symmetricRelation.getClassB().getUri()))
((HashMap<String, HashMap<String, Integer>>) relationsPropertys.get(nameJenaObjectProperty))
.put(symmetricRelation.getClassB().getUri(), new HashMap<String, Integer>());
if (!listRestrictions.containsKey(nameJenaObjectProperty))
listRestrictions.put(nameJenaObjectProperty, new HashMap<String, HashMap<String, Class>>());
if (!listRestrictions
.get(nameJenaObjectProperty)
.containsKey(symmetricRelation.getClassA().getUri()))
listRestrictions
.get(nameJenaObjectProperty)
.put(symmetricRelation.getClassA().getUri(), new HashMap<String, Class>());
if (!listRestrictions
.get(nameJenaObjectProperty)
.get(symmetricRelation.getClassA().getUri())
.containsKey(symmetricRelation.getClassB().getUri()))
listRestrictions
.get(nameJenaObjectProperty)
.get(symmetricRelation.getClassA().getUri())
.put(symmetricRelation.getClassB().getUri(), symmetricRelation.getClassB());
if (!listRestrictions
.get(nameJenaObjectProperty)
.containsKey(symmetricRelation.getClassB().getUri()))
listRestrictions
.get(nameJenaObjectProperty)
.put(symmetricRelation.getClassB().getUri(), new HashMap<String, Class>());
if (!listRestrictions
.get(nameJenaObjectProperty)
.get(symmetricRelation.getClassB().getUri())
.containsKey(symmetricRelation.getClassA().getUri()))
listRestrictions
.get(nameJenaObjectProperty)
.get(symmetricRelation.getClassB().getUri())
.put(symmetricRelation.getClassA().getUri(), symmetricRelation.getClassA());
ObjectProperty objectProperty =
this.jena.createObjectProperty(this.ontologyPrefix + nameJenaObjectProperty);
SymmetricProperty p = objectProperty.convertToSymmetricProperty();
p.setInverseOf(p);
p.setDomain(this.getJenaDomainsObjectProperty(nameJenaObjectProperty, false));
p.setRange(this.getJenaRangesObjectProperty(nameJenaObjectProperty, false));
for (InstanceRelation instanceRelation :
symmetricRelation.getInstanceRelationMapA().values()) {
Individual individual =
this.jena.createIndividual(
this.ontologyPrefix + instanceRelation.getInstance().getUri(), classeA);
for (Instance instance : instanceRelation.getAllInstances().values()) {
Individual individualv1 =
this.jena.createIndividual(this.ontologyPrefix + instance.getUri(), classeB);
individualv1.addProperty(objectProperty, individual);
individual.addProperty(objectProperty, individualv1);
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectProperty))
.get(symmetricRelation.getClassA().getUri())
.containsKey(instanceRelation.getInstance().getUri()))
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectProperty))
.get(symmetricRelation.getClassA().getUri())
.put(instanceRelation.getInstance().getUri(), 1);
else {
Integer count =
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectProperty))
.get(symmetricRelation.getClassA().getUri())
.get(instanceRelation.getInstance().getUri());
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectProperty))
.get(symmetricRelation.getClassA().getUri())
.put(instanceRelation.getInstance().getUri(), count + 1);
}
}
}
for (InstanceRelation instanceRelation :
symmetricRelation.getInstanceRelationMapB().values()) {
Individual individual =
this.jena.createIndividual(
this.ontologyPrefix + instanceRelation.getInstance().getUri(), classeB);
for (Instance instance : instanceRelation.getAllInstances().values()) {
Individual individualv1 =
this.jena.createIndividual(this.ontologyPrefix + instance.getUri(), classeA);
individual.addProperty(objectProperty, individualv1);
individualv1.addProperty(objectProperty, individual);
}
}
}
Set<String> keysRestrictions = listRestrictions.keySet();
for (String keyRestriction : keysRestrictions) {
HashMap<String, HashMap<String, Class>> listRestrictions2 =
listRestrictions.get(keyRestriction);
Set<String> keysRestrictions2 = listRestrictions2.keySet();
for (String keyRestriction2 : keysRestrictions2) {
this.createJenaRestriction(
this.jena.createObjectProperty(this.ontologyPrefix + keyRestriction),
this.jena.createClass(this.ontologyPrefix + keyRestriction2),
this.createUnionJenaClassFromMobiClass(listRestrictions2.get(keyRestriction2)),
Mobi2OWL.RESTRICTION_ALLVALUES);
}
}
this.convertToFunctionalOrInverseFunctionalProperty(relationsPropertys, false);
}
public void exportCompositionRelations()
throws ExceptionInverseRelation, ExceptionSymmetricRelation {
HashMap<String, HashMap<String, HashMap<String, Integer>>> relationsPropertys =
new HashMap<String, HashMap<String, HashMap<String, Integer>>>();
HashMap<String, HashMap<String, HashMap<String, Class>>> listRestrictions =
new HashMap<String, HashMap<String, HashMap<String, Class>>>();
for (CompositionRelation cr : this.mobi.getAllCompositionRelations().values()) {
for (SymmetricRelation sr : this.mobi.getAllSymmetricRelations().values()) {
if (this.mobi
.getPropertyName(sr.getName(), sr.getClassA(), sr.getClassB())
.equals(this.mobi.getPropertyName(cr.getNameA(), cr.getClassA(), cr.getClassB())))
throw new ExceptionSymmetricRelation(
"Unable to generate the OWL file, as it has a symmetrical relationship with the name: "
+ this.mobi.getPropertyName(cr.getNameA(), cr.getClassA(), cr.getClassB())
+ " for this relationship composition.");
if (cr.getNameB() != null
&& this.mobi
.getPropertyName(cr.getNameB(), cr.getClassB(), cr.getClassA())
.equals(this.mobi.getPropertyName(sr.getName(), sr.getClassA(), sr.getClassB())))
throw new ExceptionSymmetricRelation(
"Unable to generate the OWL file, as it has a symmetrical relationship with the name:"
+ this.mobi.getPropertyName(cr.getNameB(), cr.getClassB(), cr.getClassA())
+ " for this relationship composition.");
}
OntClass classA = this.createJenaClass(cr.getClassA());
OntClass classB = this.createJenaClass(cr.getClassB());
ObjectProperty objectPropertyA = null, objectPropertyB = null;
String nameJenaObjectPropertyA = null, nameJenaObjectPropertyB = null;
if (cr.getNameA() != null) {
nameJenaObjectPropertyA =
this.mobi.getPropertyName(cr.getNameA(), cr.getClassA(), cr.getClassB());
objectPropertyA =
this.jena.createObjectProperty(this.ontologyPrefix + nameJenaObjectPropertyA, false);
objectPropertyA.setDomain(this.getJenaDomainsObjectProperty(nameJenaObjectPropertyA, true));
objectPropertyA.setRange(this.getJenaRangesObjectProperty(nameJenaObjectPropertyA, true));
if (!relationsPropertys.containsKey(nameJenaObjectPropertyA))
relationsPropertys.put(
nameJenaObjectPropertyA, new HashMap<String, HashMap<String, Integer>>());
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyA))
.containsKey(cr.getClassA().getUri()))
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyA))
.put(cr.getClassA().getUri(), new HashMap<String, Integer>());
if (this.getMobiDomainsObjectProperty(nameJenaObjectPropertyA, true).size() > 1) {
if (!listRestrictions.containsKey(nameJenaObjectPropertyA))
listRestrictions.put(
nameJenaObjectPropertyA, new HashMap<String, HashMap<String, Class>>());
if (!listRestrictions.get(nameJenaObjectPropertyA).containsKey(cr.getClassA().getUri()))
listRestrictions
.get(nameJenaObjectPropertyA)
.put(cr.getClassA().getUri(), new HashMap<String, Class>());
if (!listRestrictions
.get(nameJenaObjectPropertyA)
.get(cr.getClassA().getUri())
.containsKey(cr.getClassB().getUri()))
listRestrictions
.get(nameJenaObjectPropertyA)
.get(cr.getClassA().getUri())
.put(cr.getClassB().getUri(), cr.getClassB());
}
}
if (cr.getNameB() != null) {
nameJenaObjectPropertyB =
this.mobi.getPropertyName(cr.getNameB(), cr.getClassB(), cr.getClassA());
String nameInversePropertyA = this.mobi.getInversePropertyName(nameJenaObjectPropertyB);
String nameInversePropertyB = this.mobi.getInversePropertyName(nameJenaObjectPropertyA);
if (!nameInversePropertyA.equals(nameJenaObjectPropertyA))
throw new ExceptionInverseRelation(
"Unable to generate the OWL file, as the inverse of the"
+ nameJenaObjectPropertyB
+ " is the property"
+ nameInversePropertyA
+ ". Thus, the property"
+ nameJenaObjectPropertyA
+ " can not be attributed to the reverse of the latter.");
if (!nameInversePropertyB.equals(nameJenaObjectPropertyB))
throw new ExceptionInverseRelation(
"Unable to generate the OWL file, as the inverse of the"
+ nameJenaObjectPropertyA
+ " is the property "
+ nameInversePropertyB
+ ". Thus, the property"
+ nameJenaObjectPropertyB
+ " can not be attributed to the reverse of the latter.");
if (nameInversePropertyA.equals(nameInversePropertyB))
throw new ExceptionInverseRelation(
"Unable to generate the OWL file as a composition of two-way relationship with the names of the inverse and direct the same to be characterized as a symmetrical relationship.");
objectPropertyB =
this.jena.createObjectProperty(this.ontologyPrefix + nameJenaObjectPropertyB, false);
objectPropertyB.setDomain(this.getJenaDomainsObjectProperty(nameJenaObjectPropertyB, true));
objectPropertyB.setRange(this.getJenaRangesObjectProperty(nameJenaObjectPropertyB, true));
if (!relationsPropertys.containsKey(nameJenaObjectPropertyB))
relationsPropertys.put(
nameJenaObjectPropertyB, new HashMap<String, HashMap<String, Integer>>());
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyB))
.containsKey(cr.getClassB().getUri()))
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyB))
.put(cr.getClassB().getUri(), new HashMap<String, Integer>());
if (this.getMobiDomainsObjectProperty(nameJenaObjectPropertyB, true).size() > 1) {
if (!listRestrictions.containsKey(nameJenaObjectPropertyB))
listRestrictions.put(
nameJenaObjectPropertyB, new HashMap<String, HashMap<String, Class>>());
if (!listRestrictions.get(nameJenaObjectPropertyB).containsKey(cr.getClassB().getUri()))
listRestrictions
.get(nameJenaObjectPropertyB)
.put(cr.getClassB().getUri(), new HashMap<String, Class>());
if (!listRestrictions
.get(nameJenaObjectPropertyB)
.get(cr.getClassB().getUri())
.containsKey(cr.getClassA().getUri()))
listRestrictions
.get(nameJenaObjectPropertyB)
.get(cr.getClassB().getUri())
.put(cr.getClassA().getUri(), cr.getClassA());
}
}
if ((cr.getNameA() != null) && (cr.getNameB() != null)) {
objectPropertyA.setInverseOf(objectPropertyB);
objectPropertyB.setInverseOf(objectPropertyA);
}
for (InstanceRelation instanceRelation : cr.getInstanceRelationMapA().values()) {
Individual individualA =
this.jena.createIndividual(
this.ontologyPrefix + instanceRelation.getInstance().getUri(), classA);
for (Instance instance : instanceRelation.getAllInstances().values()) {
Individual individualB =
jena.createIndividual(this.ontologyPrefix + instance.getUri(), classB);
if (cr.getNameA() != null) {
individualA.addProperty(objectPropertyA, individualB);
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyA))
.get(cr.getClassA().getUri())
.containsKey(instanceRelation.getInstance().getUri()))
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyA))
.get(cr.getClassA().getUri())
.put(instanceRelation.getInstance().getUri(), 1);
else {
Integer count =
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyA))
.get(cr.getClassA().getUri())
.get(instanceRelation.getInstance().getUri());
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyA))
.get(cr.getClassA().getUri())
.put(instanceRelation.getInstance().getUri(), count + 1);
}
}
if (cr.getNameB() != null) {
individualB.addProperty(objectPropertyB, individualA);
if (!((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyB))
.get(cr.getClassB().getUri())
.containsKey(instance.getUri()))
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyB))
.get(cr.getClassB().getUri())
.put(instance.getUri(), 1);
else {
Integer count =
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyB))
.get(cr.getClassB().getUri())
.get(instance.getUri());
((HashMap<String, HashMap<String, Integer>>)
relationsPropertys.get(nameJenaObjectPropertyB))
.get(cr.getClassB().getUri())
.put(instance.getUri(), count + 1);
}
}
}
}
}
Set<String> keysRestrictions1 = listRestrictions.keySet();
for (String keyRestriction1 : keysRestrictions1) {
HashMap<String, HashMap<String, Class>> listRestrictions2 =
listRestrictions.get(keyRestriction1);
Set<String> keysRestrictions2 = listRestrictions2.keySet();
for (String keyRestriction2 : keysRestrictions2) {
this.createJenaRestriction(
this.jena.createObjectProperty(this.ontologyPrefix + keyRestriction1),
this.jena.createClass(this.ontologyPrefix + keyRestriction2),
this.createUnionJenaClassFromMobiClass(listRestrictions2.get(keyRestriction2)),
RESTRICTION_ALLVALUES);
}
}
this.convertToFunctionalOrInverseFunctionalProperty(relationsPropertys, true);
}