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Merge remote-tracking branch 'worldbank-7/w2p-86592_Fix-relationship-place-issues_Community-contrib' into feature-relationship-versioning
This commit is contained in:
Bruno Roemers
@@ -10,9 +10,11 @@ package org.dspace.content;
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import java.sql.SQLException;
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import java.util.ArrayList;
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import java.util.Collections;
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import java.util.Comparator;
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import java.util.HashMap;
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import java.util.List;
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import java.util.UUID;
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import java.util.stream.Collectors;
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import java.util.stream.Stream;
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import org.apache.commons.collections4.CollectionUtils;
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import org.apache.commons.lang3.StringUtils;
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@@ -26,6 +28,7 @@ import org.dspace.content.service.EntityTypeService;
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import org.dspace.content.service.ItemService;
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import org.dspace.content.service.RelationshipService;
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import org.dspace.content.service.RelationshipTypeService;
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import org.dspace.content.virtual.VirtualMetadataConfiguration;
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import org.dspace.content.virtual.VirtualMetadataPopulator;
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import org.dspace.core.Constants;
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import org.dspace.core.Context;
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@@ -112,7 +115,7 @@ public class RelationshipServiceImpl implements RelationshipService {
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// This order of execution should be handled in the creation (create, updateplace, update relationship)
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// for a proper place allocation
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Relationship relationshipToReturn = relationshipDAO.create(context, relationship);
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updatePlaceInRelationship(context, relationshipToReturn);
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updatePlaceInRelationship(context, relationshipToReturn, null, null, true, true);
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update(context, relationshipToReturn);
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updateItemsInRelationship(context, relationship);
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return relationshipToReturn;
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@@ -127,71 +130,364 @@ public class RelationshipServiceImpl implements RelationshipService {
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}
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@Override
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public void updatePlaceInRelationship(Context context, Relationship relationship)
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throws SQLException, AuthorizeException {
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public Relationship move(
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Context context, Relationship relationship, Integer newLeftPlace, Integer newRightPlace
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) throws SQLException, AuthorizeException {
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if (authorizeService.authorizeActionBoolean(context, relationship.getLeftItem(), Constants.WRITE) ||
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authorizeService.authorizeActionBoolean(context, relationship.getRightItem(), Constants.WRITE)) {
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// Don't do anything if neither the leftPlace nor rightPlace was updated
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if (newLeftPlace != null || newRightPlace != null) {
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// This order of execution should be handled in the creation (create, updateplace, update relationship)
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// for a proper place allocation
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updatePlaceInRelationship(context, relationship, newLeftPlace, newRightPlace, false, false);
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update(context, relationship);
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updateItemsInRelationship(context, relationship);
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}
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return relationship;
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} else {
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throw new AuthorizeException(
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"You do not have write rights on this relationship's items");
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}
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}
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@Override
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public Relationship move(
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Context context, Relationship relationship, Item newLeftItem, Item newRightItem
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) throws SQLException, AuthorizeException {
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// If the new Item is the same as the current Item, don't move
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newLeftItem = newLeftItem != relationship.getLeftItem() ? newLeftItem : null;
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newRightItem = newRightItem != relationship.getRightItem() ? newRightItem : null;
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// Don't do anything if neither the leftItem nor rightItem was updated
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if (newLeftItem != null || newRightItem != null) {
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// First move the Relationship to the back within the current Item's lists
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// This ensures that we won't have any gaps once we move the Relationship to a different Item
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move(
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context, relationship,
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newLeftItem != null ? -1 : null,
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newRightItem != null ? -1 : null
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);
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boolean insertLeft = false;
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boolean insertRight = false;
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// If Item has been changed, mark the previous Item as modified to make sure we discard the old relation.*
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// metadata on the next update.
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// Set the Relationship's Items to the new ones, appending to the end
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if (newLeftItem != null) {
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relationship.getLeftItem().setMetadataModified();
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relationship.setLeftItem(newLeftItem);
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relationship.setLeftPlace(-1);
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insertLeft = true;
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}
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if (newRightItem != null) {
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relationship.getRightItem().setMetadataModified();
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relationship.setRightItem(newRightItem);
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relationship.setRightPlace(-1);
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insertRight = true;
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}
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// This order of execution should be handled in the creation (create, updateplace, update relationship)
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// for a proper place allocation
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updatePlaceInRelationship(context, relationship, null, null, insertLeft, insertRight);
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update(context, relationship);
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updateItemsInRelationship(context, relationship);
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}
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return relationship;
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}
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/**
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* This method will update the place for the Relationship and all other relationships found by the items and
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* relationship type of the given Relationship.
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*
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* @param context The relevant DSpace context
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* @param relationship The Relationship object that will have its place updated and that will be used
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* to retrieve the other relationships whose place might need to be updated.
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* @param newLeftPlace If the Relationship in question is to be moved, the leftPlace it is to be moved to.
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* Set this to null if the Relationship has not been moved, i.e. it has just been created,
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* deleted or when its Items have been modified.
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* @param newRightPlace If the Relationship in question is to be moved, the rightPlace it is to be moved to.
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* Set this to null if the Relationship has not been moved, i.e. it has just been created,
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* deleted or when its Items have been modified.
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* @param insertLeft Whether the Relationship in question should be inserted into the left Item.
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* Should be set to true when creating or moving to a different Item.
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* @param insertRight Whether the Relationship in question should be inserted into the right Item.
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* Should be set to true when creating or moving to a different Item.
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* @throws SQLException If something goes wrong
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* @throws AuthorizeException
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* If the user is not authorized to update the Relationship or its Items
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*/
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private void updatePlaceInRelationship(
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Context context, Relationship relationship,
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Integer newLeftPlace, Integer newRightPlace, boolean insertLeft, boolean insertRight
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) throws SQLException, AuthorizeException {
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Item leftItem = relationship.getLeftItem();
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// Max value is used to ensure that these will get added to the back of the list and thus receive the highest
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// (last) place as it's set to a -1 for creation
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if (relationship.getLeftPlace() == -1) {
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relationship.setLeftPlace(Integer.MAX_VALUE);
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}
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Item rightItem = relationship.getRightItem();
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if (relationship.getRightPlace() == -1) {
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relationship.setRightPlace(Integer.MAX_VALUE);
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}
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List<Relationship> leftRelationships = findByItemAndRelationshipType(context,
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leftItem,
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relationship.getRelationshipType(), true);
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List<Relationship> rightRelationships = findByItemAndRelationshipType(context,
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rightItem,
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relationship.getRelationshipType(),
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false);
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// These relationships are only deleted from the temporary lists incase they're present in them so that we can
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List<Relationship> leftRelationships = findByItemAndRelationshipType(
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context, leftItem, relationship.getRelationshipType(), true
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);
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List<Relationship> rightRelationships = findByItemAndRelationshipType(
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context, rightItem, relationship.getRelationshipType(), false
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);
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// These relationships are only deleted from the temporary lists in case they're present in them so that we can
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// properly perform our place calculation later down the line in this method.
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if (leftRelationships.contains(relationship)) {
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leftRelationships.remove(relationship);
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}
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if (rightRelationships.contains(relationship)) {
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rightRelationships.remove(relationship);
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}
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boolean deletedFromLeft = !leftRelationships.contains(relationship);
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boolean deletedFromRight = !rightRelationships.contains(relationship);
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leftRelationships.remove(relationship);
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rightRelationships.remove(relationship);
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List<MetadataValue> leftMetadata = getSiblingMetadata(leftItem, relationship, true);
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List<MetadataValue> rightMetadata = getSiblingMetadata(rightItem, relationship, false);
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// For new relationships added to the end, this will be -1.
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// For new relationships added at a specific position, this will contain that position.
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// For existing relationships, this will contain the place before it was moved.
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// For deleted relationships, this will contain the place before it was deleted.
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int oldLeftPlace = relationship.getLeftPlace();
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int oldRightPlace = relationship.getRightPlace();
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boolean movedUpLeft = resolveRelationshipPlace(
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relationship, true, leftRelationships, leftMetadata, oldLeftPlace, newLeftPlace
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);
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boolean movedUpRight = resolveRelationshipPlace(
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relationship, false, rightRelationships, rightMetadata, oldRightPlace, newRightPlace
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);
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context.turnOffAuthorisationSystem();
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//If useForPlace for the leftwardType is false for the relationshipType,
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// we need to sort the relationships here based on leftplace.
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if (!virtualMetadataPopulator.isUseForPlaceTrueForRelationshipType(relationship.getRelationshipType(), true)) {
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if (!leftRelationships.isEmpty()) {
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leftRelationships.sort(Comparator.comparingInt(Relationship::getLeftPlace));
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for (int i = 0; i < leftRelationships.size(); i++) {
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leftRelationships.get(i).setLeftPlace(i);
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}
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relationship.setLeftPlace(leftRelationships.size());
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} else {
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relationship.setLeftPlace(0);
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}
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} else {
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updateItem(context, leftItem);
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}
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shiftSiblings(
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relationship, true, oldLeftPlace, movedUpLeft, insertLeft, deletedFromLeft,
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leftRelationships, leftMetadata
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);
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shiftSiblings(
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relationship, false, oldRightPlace, movedUpRight, insertRight, deletedFromRight,
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rightRelationships, rightMetadata
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);
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//If useForPlace for the rightwardType is false for the relationshipType,
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// we need to sort the relationships here based on the rightplace.
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if (!virtualMetadataPopulator.isUseForPlaceTrueForRelationshipType(relationship.getRelationshipType(), false)) {
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if (!rightRelationships.isEmpty()) {
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rightRelationships.sort(Comparator.comparingInt(Relationship::getRightPlace));
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for (int i = 0; i < rightRelationships.size(); i++) {
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rightRelationships.get(i).setRightPlace(i);
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}
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relationship.setRightPlace(rightRelationships.size());
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} else {
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relationship.setRightPlace(0);
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}
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updateItem(context, leftItem);
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updateItem(context, rightItem);
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} else {
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updateItem(context, rightItem);
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}
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context.restoreAuthSystemState();
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}
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/**
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* Return the MDVs in the Item's MDF corresponding to the given Relationship.
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* Return an empty list if the Relationship isn't mapped to any MDF
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* or if the mapping is configured with useForPlace=false.
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*
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* This returns actual metadata (not virtual) which in the same metadata field as the useForPlace.
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* For a publication with 2 author relationships and 3 plain text dc.contributor.author values,
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* it would return the 3 plain text dc.contributor.author values.
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* For a person related to publications, it would return an empty list.
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*/
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private List<MetadataValue> getSiblingMetadata(
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Item item, Relationship relationship, boolean isLeft
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) {
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List<MetadataValue> metadata = new ArrayList<>();
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if (virtualMetadataPopulator.isUseForPlaceTrueForRelationshipType(relationship.getRelationshipType(), isLeft)) {
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HashMap<String, VirtualMetadataConfiguration> mapping;
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if (isLeft) {
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mapping = virtualMetadataPopulator.getMap().get(relationship.getRelationshipType().getLeftwardType());
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} else {
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mapping = virtualMetadataPopulator.getMap().get(relationship.getRelationshipType().getRightwardType());
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}
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if (mapping != null) {
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for (String mdf : mapping.keySet()) {
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metadata.addAll(
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// Make sure we're only looking at database MDVs; if the relationship currently overlaps
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// one of these, its virtual MDV will overwrite the database MDV in itemService.getMetadata()
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// The relationship pass should be sufficient to move any sibling virtual MDVs.
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item.getMetadata()
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.stream()
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.filter(mdv -> mdv.getMetadataField().toString().equals(mdf.replace(".", "_")))
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.collect(Collectors.toList())
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);
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}
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}
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}
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return metadata;
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}
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/**
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* Set the left/right place of a Relationship
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* - To a new place in case it's being moved
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* - Resolve -1 to the actual last place based on the places of its sibling Relationships and/or MDVs
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* and determine if it has been moved up in the list.
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*
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* Examples:
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* - Insert a Relationship at place 3
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* newPlace starts out as null and is not updated. Return movedUp=false
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* - Insert a Relationship at place -1
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* newPlace starts out as null and is resolved to e.g. 6. Update the Relationship and return movedUp=false
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* - Move a Relationship from place 4 to 2
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* Update the Relationship and return movedUp=false.
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* - Move a Relationship from place 2 to -1
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* newPlace starts out as -1 and is resolved to e.g. 5. Update the relationship and return movedUp=true.
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* - Remove a relationship from place 1
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* Return movedUp=false
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*
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* @param relationship the Relationship that's being updated
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* @param isLeft whether to consider the left side of the Relationship.
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* This method should be called twice, once with isLeft=true and once with isLeft=false.
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* Make sure this matches the provided relationships/metadata/oldPlace/newPlace.
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* @param relationships the list of sibling Relationships
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* @param metadata the list of sibling MDVs
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* @param oldPlace the previous place for this Relationship, in case it has been moved.
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* Otherwise, the current place of a deleted Relationship
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* or the place a Relationship has been inserted.
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* @param newPlace The new place for this Relationship. Will be null on insert/delete.
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* @return true if the Relationship was moved and newPlace > oldPlace
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*/
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private boolean resolveRelationshipPlace(
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Relationship relationship, boolean isLeft,
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List<Relationship> relationships, List<MetadataValue> metadata,
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int oldPlace, Integer newPlace
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) {
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boolean movedUp = false;
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if (newPlace != null) {
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// We're moving an existing Relationship...
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if (newPlace == -1) {
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// ...to the end of the list
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int nextPlace = getNextPlace(relationships, metadata, isLeft);
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if (nextPlace == oldPlace) {
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// If this Relationship is already at the end, do nothing.
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newPlace = oldPlace;
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} else {
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// Subtract 1 from the next place since we're moving, not inserting and
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// the total number of Relationships stays the same.
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newPlace = nextPlace - 1;
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}
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}
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if (newPlace > oldPlace) {
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// ...up the list. We have to keep track of this in order to shift correctly later on
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movedUp = true;
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}
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} else if (oldPlace == -1) {
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// We're _not_ moving an existing Relationship. The newPlace is already set in the Relationship object.
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// We only need to resolve it to the end of the list if it's set to -1, otherwise we can just keep it as is.
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newPlace = getNextPlace(relationships, metadata, isLeft);
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}
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if (newPlace != null) {
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setPlace(relationship, isLeft, newPlace);
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}
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return movedUp;
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}
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/**
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* Return the index of the next place in a list of Relationships and Metadata.
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* By not relying on the size of both lists we can support one-to-many virtual MDV mappings.
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* @param isLeft whether to take the left or right place of each Relationship
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*/
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private int getNextPlace(List<Relationship> relationships, List<MetadataValue> metadata, boolean isLeft) {
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return Stream.concat(
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metadata.stream().map(MetadataValue::getPlace),
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relationships.stream().map(r -> getPlace(r, isLeft))
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).max(Integer::compare)
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.map(integer -> integer + 1)
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.orElse(0);
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}
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/**
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* Adjust the left/right place of sibling Relationships and MDVs
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*
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* Examples: with sibling Relationships R,S,T and metadata a,b,c
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* - Insert T at place 1 aRbSc -> a T RbSc
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* Shift all siblings with place >= 1 one place to the right
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* - Delete R from place 2 aT R bSc -> aTbSc
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* Shift all siblings with place > 2 one place to the left
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* - Move S from place 3 to place 2 (movedUp=false) aTb S c -> aT S bc
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* Shift all siblings with 2 < place <= 3 one place to the right
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* - Move T from place 1 to place 3 (movedUp=true) a T Sbc -> aSb T c
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* Shift all siblings with 1 < place <= 3 one place to the left
|
||||
*
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||||
* @param relationship the Relationship that's being updated
|
||||
* @param isLeft whether to consider the left side of the Relationship.
|
||||
* This method should be called twice, once with isLeft=true and once with isLeft=false.
|
||||
* Make sure this matches the provided relationships/metadata/oldPlace/newPlace.
|
||||
* @param oldPlace the previous place for this Relationship, in case it has been moved.
|
||||
* Otherwise, the current place of a deleted Relationship
|
||||
* or the place a Relationship has been inserted.
|
||||
* @param movedUp if this Relationship has been moved up the list, e.g. from place 2 to place 4
|
||||
* @param deleted whether this Relationship has been deleted
|
||||
* @param relationships the list of sibling Relationships
|
||||
* @param metadata the list of sibling MDVs
|
||||
*/
|
||||
private void shiftSiblings(
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||||
Relationship relationship, boolean isLeft, int oldPlace, boolean movedUp, boolean inserted, boolean deleted,
|
||||
List<Relationship> relationships, List<MetadataValue> metadata
|
||||
) {
|
||||
int newPlace = getPlace(relationship, isLeft);
|
||||
|
||||
for (Relationship sibling : relationships) {
|
||||
int siblingPlace = getPlace(sibling, isLeft);
|
||||
if (
|
||||
(deleted && siblingPlace > newPlace)
|
||||
// If the relationship was deleted, all relationships after it should shift left
|
||||
// We must make the distinction between deletes and moves because for inserts oldPlace == newPlace
|
||||
|| (movedUp && siblingPlace <= newPlace && siblingPlace > oldPlace)
|
||||
// If the relationship was moved up e.g. from place 2 to 5, all relationships
|
||||
// with place > 2 (the old place) and <= to 5 should shift left
|
||||
) {
|
||||
setPlace(sibling, isLeft, siblingPlace - 1);
|
||||
} else if (
|
||||
(inserted && siblingPlace >= newPlace)
|
||||
// If the relationship was inserted, all relationships starting from that place should shift right
|
||||
// We must make the distinction between inserts and moves because for inserts oldPlace == newPlace
|
||||
|| (!movedUp && siblingPlace >= newPlace && siblingPlace < oldPlace)
|
||||
// If the relationship was moved down e.g. from place 5 to 2, all relationships
|
||||
// with place >= 2 and < 5 (the old place) should shift right
|
||||
) {
|
||||
setPlace(sibling, isLeft, siblingPlace + 1);
|
||||
}
|
||||
}
|
||||
for (MetadataValue mdv : metadata) {
|
||||
int mdvPlace = mdv.getPlace();
|
||||
if (
|
||||
(deleted && mdvPlace > newPlace)
|
||||
// If the relationship was deleted, all metadata after it should shift left
|
||||
// We must make the distinction between deletes and moves because for inserts oldPlace == newPlace
|
||||
// If the reltionship was copied to metadata on deletion:
|
||||
// - the plain text can be after the relationship (in which case it's moved forward again)
|
||||
// - or before the relationship (in which case it remains in place)
|
||||
|| (movedUp && mdvPlace <= newPlace && mdvPlace > oldPlace)
|
||||
// If the relationship was moved up e.g. from place 2 to 5, all metadata
|
||||
// with place > 2 (the old place) and <= to 5 should shift left
|
||||
) {
|
||||
mdv.setPlace(mdvPlace - 1);
|
||||
} else if (
|
||||
(inserted && mdvPlace >= newPlace)
|
||||
// If the relationship was inserted, all relationships starting from that place should shift right
|
||||
// We must make the distinction between inserts and moves because for inserts oldPlace == newPlace
|
||||
|| (!movedUp && mdvPlace >= newPlace && mdvPlace < oldPlace)
|
||||
// If the relationship was moved down e.g. from place 5 to 2, all relationships
|
||||
// with place >= 2 and < 5 (the old place) should shift right
|
||||
) {
|
||||
mdv.setPlace(mdvPlace + 1);
|
||||
}
|
||||
}
|
||||
}
|
||||
|
||||
private int getPlace(Relationship relationship, boolean isLeft) {
|
||||
if (isLeft) {
|
||||
return relationship.getLeftPlace();
|
||||
} else {
|
||||
return relationship.getRightPlace();
|
||||
}
|
||||
}
|
||||
|
||||
private void setPlace(Relationship relationship, boolean isLeft, int place) {
|
||||
if (isLeft) {
|
||||
relationship.setLeftPlace(place);
|
||||
} else {
|
||||
relationship.setRightPlace(place);
|
||||
}
|
||||
}
|
||||
|
||||
@Override
|
||||
@@ -201,16 +497,6 @@ public class RelationshipServiceImpl implements RelationshipService {
|
||||
itemService.update(context, relatedItem);
|
||||
}
|
||||
|
||||
@Override
|
||||
public int findNextLeftPlaceByLeftItem(Context context, Item item) throws SQLException {
|
||||
return relationshipDAO.findNextLeftPlaceByLeftItem(context, item);
|
||||
}
|
||||
|
||||
@Override
|
||||
public int findNextRightPlaceByRightItem(Context context, Item item) throws SQLException {
|
||||
return relationshipDAO.findNextRightPlaceByRightItem(context, item);
|
||||
}
|
||||
|
||||
private boolean isRelationshipValidToCreate(Context context, Relationship relationship) throws SQLException {
|
||||
RelationshipType relationshipType = relationship.getRelationshipType();
|
||||
|
||||
@@ -399,7 +685,7 @@ public class RelationshipServiceImpl implements RelationshipService {
|
||||
if (authorizeService.authorizeActionBoolean(context, relationship.getLeftItem(), Constants.WRITE) ||
|
||||
authorizeService.authorizeActionBoolean(context, relationship.getRightItem(), Constants.WRITE)) {
|
||||
relationshipDAO.delete(context, relationship);
|
||||
updatePlaceInRelationship(context, relationship);
|
||||
updatePlaceInRelationship(context, relationship, null, null, false, false);
|
||||
updateItemsInRelationship(context, relationship);
|
||||
} else {
|
||||
throw new AuthorizeException(
|
||||
@@ -532,6 +818,9 @@ public class RelationshipServiceImpl implements RelationshipService {
|
||||
|
||||
/**
|
||||
* Converts virtual metadata from RelationshipMetadataValue objects to actual item metadata.
|
||||
* The resulting MDVs are added in front or behind the Relationship's virtual MDVs.
|
||||
* The Relationship's virtual MDVs may be shifted right, and all subsequent metadata will be shifted right.
|
||||
* So this method ensures the places are still valid.
|
||||
*
|
||||
* @param context The relevant DSpace context
|
||||
* @param relationship The relationship containing the left and right items
|
||||
@@ -548,7 +837,15 @@ public class RelationshipServiceImpl implements RelationshipService {
|
||||
relationshipMetadataService.findRelationshipMetadataValueForItemRelationship(context,
|
||||
relationship.getLeftItem(), entityTypeString, relationship, true);
|
||||
for (RelationshipMetadataValue relationshipMetadataValue : relationshipMetadataValues) {
|
||||
itemService.addAndShiftRightMetadata(context, relationship.getLeftItem(),
|
||||
// This adds the plain text metadata values on the same spot as the virtual values.
|
||||
// This will be overruled in org.dspace.content.DSpaceObjectServiceImpl.update
|
||||
// in the line below but it's not important whether the plain text or virtual values end up on top.
|
||||
// The virtual values will eventually be deleted, and the others shifted
|
||||
// This is required because addAndShiftRightMetadata has issues on metadata fields containing
|
||||
// relationship values which are not useForPlace, while the relationhip type has useForPlace
|
||||
// E.g. when using addAndShiftRightMetadata on relation.isAuthorOfPublication, it will break the order
|
||||
// from dc.contributor.author
|
||||
itemService.addMetadata(context, relationship.getLeftItem(),
|
||||
relationshipMetadataValue.getMetadataField().
|
||||
getMetadataSchema().getName(),
|
||||
relationshipMetadataValue.getMetadataField().getElement(),
|
||||
@@ -557,6 +854,7 @@ public class RelationshipServiceImpl implements RelationshipService {
|
||||
relationshipMetadataValue.getValue(), null, -1,
|
||||
relationshipMetadataValue.getPlace());
|
||||
}
|
||||
//This will ensure the new values no longer overlap, but won't break the order
|
||||
itemService.update(context, relationship.getLeftItem());
|
||||
}
|
||||
if (copyToRightItem) {
|
||||
@@ -566,7 +864,7 @@ public class RelationshipServiceImpl implements RelationshipService {
|
||||
relationshipMetadataService.findRelationshipMetadataValueForItemRelationship(context,
|
||||
relationship.getRightItem(), entityTypeString, relationship, true);
|
||||
for (RelationshipMetadataValue relationshipMetadataValue : relationshipMetadataValues) {
|
||||
itemService.addAndShiftRightMetadata(context, relationship.getRightItem(),
|
||||
itemService.addMetadata(context, relationship.getRightItem(),
|
||||
relationshipMetadataValue.getMetadataField().
|
||||
getMetadataSchema().getName(),
|
||||
relationshipMetadataValue.getMetadataField().getElement(),
|
||||
|
||||
Reference in New Issue
Block a user