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VIVO-946 Add labels of objects across Role nodes.

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This commit is contained in:
j2blake 2015-03-02 13:24:28 -05:00
parent 6166b48357
commit 731642491c
2 changed files with 20 additions and 23 deletions
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23
src/edu/cornell/mannlib/vitro/webapp/searchindex/extensions/LabelsAcrossContextNodes.java
View file

@ -283,15 +283,15 @@ public class LabelsAcrossContextNodes implements IndexingUriFinder,
private static final String LOCATE_PARTNERS_WITHOUT_RESTRICTION = "" private static final String LOCATE_PARTNERS_WITHOUT_RESTRICTION = ""
+ "SELECT ?partner \n" // + "SELECT ?partner \n" //
+ "WHERE { \n" // + "WHERE { \n" //
+ " ?uri ?incoming ?contextNode . \n" // + " ?partner ?incoming ?contextNode . \n" //
+ " ?contextNode ?outgoing ?partner . \n" // + " ?contextNode ?outgoing ?uri . \n" //
+ " FILTER( ?uri != ?partner ) \n" // + " FILTER( ?uri != ?partner ) \n" //
+ "} \n"; + "} \n";
private static final String LOCATE_PARTNERS_ON_CONTEXT_NODE_TYPE = "" private static final String LOCATE_PARTNERS_ON_CONTEXT_NODE_TYPE = ""
+ "SELECT ?partner \n" // + "SELECT ?partner \n" //
+ "WHERE { \n" // + "WHERE { \n" //
+ " ?uri ?incoming ?contextNode . \n" // + " ?partner ?incoming ?contextNode . \n" //
+ " ?contextNode ?outgoing ?partner . \n" // + " ?contextNode ?outgoing ?uri . \n" //
+ " ?contextNode a ?nodeType . \n" // + " ?contextNode a ?nodeType . \n" //
+ " FILTER( ?uri != ?partner ) \n" // + " FILTER( ?uri != ?partner ) \n" //
+ "} \n"; + "} \n";
@ -316,18 +316,15 @@ public class LabelsAcrossContextNodes implements IndexingUriFinder,
* If this is a "label" statement, check to see if the subject has any * If this is a "label" statement, check to see if the subject has any
* acceptable partners across acceptable context nodes. * acceptable partners across acceptable context nodes.
* *
* If this is a statement that involves the specified outgoing property on * If this is a statement that involves the specified incoming property on
* an acceptable context node, check to see if there are any other * an acceptable context node, check to see if there are any acceptable
* acceptable partners on this node. * partners on this node.
*
* We could also check for statements that involve the specified incoming
* property, but they should happen in pairs with the "outgoing" statements.
*/ */
@Override @Override
public List<String> findAdditionalURIsToIndex(Statement stmt) { public List<String> findAdditionalURIsToIndex(Statement stmt) {
if (isLabelStatement(stmt)) { if (isLabelStatement(stmt)) {
return filterByType(locatePartners(stmt)); return filterByType(locatePartners(stmt));
} else if (isOutgoingStatementOnAcceptableContextNode(stmt)) { } else if (isIncomingStatementOnAcceptableContextNode(stmt)) {
return filterByType(locateOtherPartners(stmt)); return filterByType(locateOtherPartners(stmt));
} }
return Collections.emptyList(); return Collections.emptyList();
@ -371,11 +368,11 @@ public class LabelsAcrossContextNodes implements IndexingUriFinder,
.getStringFields("partner").flattenToSet(); .getStringFields("partner").flattenToSet();
} }
private boolean isOutgoingStatementOnAcceptableContextNode(Statement stmt) { private boolean isIncomingStatementOnAcceptableContextNode(Statement stmt) {
String subjectUri = stmt.getSubject().getURI(); String subjectUri = stmt.getSubject().getURI();
String predicateUri = stmt.getPredicate().getURI(); String predicateUri = stmt.getPredicate().getURI();
if (outgoingPropertyUri.equals(predicateUri) if (incomingPropertyUri.equals(predicateUri)
&& (contextNodeClasses.isEmpty() || isAnyMatch( && (contextNodeClasses.isEmpty() || isAnyMatch(
contextNodeClasses, getTypes(subjectUri)))) { contextNodeClasses, getTypes(subjectUri)))) {
return true; return true;

20
test/edu/cornell/mannlib/vitro/webapp/searchindex/extensions/LabelsAcrossContextNodesTest.java
View file

@ -278,42 +278,42 @@ public class LabelsAcrossContextNodesTest extends AbstractTestClass {
} }
@Test @Test
public void relates_returnsPartner() { public void relatedBy_returnsPartner() {
setTypeRestrictions(); setTypeRestrictions();
setContextNodeTypes(); setContextNodeTypes();
exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATES, URI_PERSON1)); exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATED_BY, URI_PERSON1));
assertExpectedUris(URI_ORGANIZATION1); assertExpectedUris(URI_ORGANIZATION1);
} }
@Test @Test
public void relates_inclusiveTypeRestriction_returnsPartner() { public void relatedBy_inclusiveTypeRestriction_returnsPartner() {
setTypeRestrictions(FOAF_ORGANIZATION); setTypeRestrictions(FOAF_ORGANIZATION);
setContextNodeTypes(); setContextNodeTypes();
exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATES, URI_PERSON1)); exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATED_BY, URI_PERSON1));
assertExpectedUris(URI_ORGANIZATION1); assertExpectedUris(URI_ORGANIZATION1);
} }
@Test @Test
public void relates_exclusiveTypeRestriction_returnsNothing() { public void relatedBy_exclusiveTypeRestriction_returnsNothing() {
setTypeRestrictions(CORE_ADVISING_RELATIONSHIP); setTypeRestrictions(CORE_ADVISING_RELATIONSHIP);
setContextNodeTypes(); setContextNodeTypes();
exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATES, URI_PERSON1)); exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATED_BY, URI_PERSON1));
assertExpectedUris(); assertExpectedUris();
} }
@Test @Test
public void relates_inclusiveContextType_returnsPartner() { public void relatedBy_inclusiveContextType_returnsPartner() {
setTypeRestrictions(); setTypeRestrictions();
setContextNodeTypes(CORE_POSITION); setContextNodeTypes(CORE_POSITION);
exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATES, URI_PERSON1)); exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATED_BY, URI_PERSON1));
assertExpectedUris(URI_ORGANIZATION1); assertExpectedUris(URI_ORGANIZATION1);
} }
@Test @Test
public void relates_exclusiveContextType_returnsNothing() { public void relatedBy_exclusiveContextType_returnsNothing() {
setTypeRestrictions(); setTypeRestrictions();
setContextNodeTypes(CORE_ADVISING_RELATIONSHIP); setContextNodeTypes(CORE_ADVISING_RELATIONSHIP);
exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATES, URI_PERSON1)); exerciseUriFinder(stmt(URI_POSITION1, CORE_RELATED_BY, URI_PERSON1));
assertExpectedUris(); assertExpectedUris();
} }