Examples with GroupTreeNode org.jabref.model.groups.GroupTreeNode used on opensource projects

Example 6 with GroupTreeNode

use of org.jabref.model.groups.GroupTreeNode in project jabref by JabRef.

the class GroupSerializer method serializeTree.

/**
     * Returns a textual representation of this node and its children. This
     * representation contains both the tree structure and the textual
     * representations of the group associated with each node.
     * Every node is one entry in the list of strings.
     *
     * @return a representation of the tree based at this node as a list of strings
     */
public List<String> serializeTree(GroupTreeNode node) {
    List<String> representation = new ArrayList<>();
    // Append current node
    representation.add(String.valueOf(node.getLevel()) + ' ' + serializeGroup(node.getGroup()));
    // Append children
    for (GroupTreeNode child : node.getChildren()) {
        representation.addAll(serializeTree(child));
    }
    return representation;
}

Example 7 with GroupTreeNode

use of org.jabref.model.groups.GroupTreeNode in project jabref by JabRef.

the class GroupChange method makeChange.

@Override
public boolean makeChange(BasePanel panel, BibDatabase secondary, NamedCompound undoEdit) {
    final GroupTreeNode root = panel.getBibDatabaseContext().getMetaData().getGroups().orElse(null);
    final UndoableModifySubtree undo = new UndoableModifySubtree(new GroupTreeNodeViewModel(panel.getBibDatabaseContext().getMetaData().getGroups().orElse(null)), new GroupTreeNodeViewModel(root), Localization.lang("Modified groups"));
    root.removeAllChildren();
    if (changedGroups == null) {
        // I think setting root to null is not possible
        root.setGroup(DefaultGroupsFactory.getAllEntriesGroup());
    } else {
        // change root group, even though it'll be AllEntries anyway
        root.setGroup(changedGroups.getGroup());
        for (GroupTreeNode child : changedGroups.getChildren()) {
            child.copySubtree().moveTo(root);
        }
    }
    undoEdit.addEdit(undo);
    // Update tmp database:
    tmpGroupRoot.removeAllChildren();
    if (changedGroups != null) {
        GroupTreeNode copied = changedGroups.copySubtree();
        tmpGroupRoot.setGroup(copied.getGroup());
        for (GroupTreeNode child : copied.getChildren()) {
            child.copySubtree().moveTo(tmpGroupRoot);
        }
    }
    return true;
}

Example 8 with GroupTreeNode

use of org.jabref.model.groups.GroupTreeNode in project jabref by JabRef.

the class UndoableMoveGroup method undo.

@Override
public void undo() {
    super.undo();
    //TODO: NULL
    GroupTreeNode newParent = root.getNode().getDescendant(pathToNewParent).get();
    //TODO: Null
    GroupTreeNode node = newParent.getChildAt(newChildIndex).get();
    //TODO: NULL
    node.moveTo(root.getNode().getDescendant(pathToOldParent).get(), oldChildIndex);
}

Example 9 with GroupTreeNode

use of org.jabref.model.groups.GroupTreeNode in project jabref by JabRef.

the class UndoableMoveGroup method redo.

@Override
public void redo() {
    super.redo();
    //TODO: NULL
    GroupTreeNode oldParent = root.getNode().getDescendant(pathToOldParent).get();
    //TODO:Null
    GroupTreeNode node = oldParent.getChildAt(oldChildIndex).get();
    //TODO: NULL
    node.moveTo(root.getNode().getDescendant(pathToNewParent).get(), newChildIndex);
}

Example 10 with GroupTreeNode

use of org.jabref.model.groups.GroupTreeNode in project jabref by JabRef.

the class GroupNodeViewModelTest method treeOfAutomaticKeywordGroupIsCombined.

@Test
public void treeOfAutomaticKeywordGroupIsCombined() throws Exception {
    BibEntry entryOne = new BibEntry().withField("keywords", "A > B > B1, A > C");
    BibEntry entryTwo = new BibEntry().withField("keywords", "A > D, E");
    BibEntry entryThree = new BibEntry().withField("keywords", "A > B > B2");
    databaseContext.getDatabase().insertEntries(entryOne, entryTwo, entryThree);
    AutomaticKeywordGroup group = new AutomaticKeywordGroup("Keywords", GroupHierarchyType.INDEPENDENT, "keywords", ',', '>');
    GroupNodeViewModel groupViewModel = getViewModelForGroup(group);
    WordKeywordGroup expectedGroupA = new WordKeywordGroup("A", GroupHierarchyType.INCLUDING, "keywords", "A", true, ',', true);
    WordKeywordGroup expectedGroupB = new WordKeywordGroup("B", GroupHierarchyType.INCLUDING, "keywords", "A > B", true, ',', true);
    WordKeywordGroup expectedGroupB1 = new WordKeywordGroup("B1", GroupHierarchyType.INCLUDING, "keywords", "A > B > B1", true, ',', true);
    WordKeywordGroup expectedGroupB2 = new WordKeywordGroup("B2", GroupHierarchyType.INCLUDING, "keywords", "A > B > B2", true, ',', true);
    WordKeywordGroup expectedGroupC = new WordKeywordGroup("C", GroupHierarchyType.INCLUDING, "keywords", "A > C", true, ',', true);
    WordKeywordGroup expectedGroupD = new WordKeywordGroup("D", GroupHierarchyType.INCLUDING, "keywords", "A > D", true, ',', true);
    WordKeywordGroup expectedGroupE = new WordKeywordGroup("E", GroupHierarchyType.INCLUDING, "keywords", "E", true, ',', true);
    GroupNodeViewModel expectedA = getViewModelForGroup(expectedGroupA);
    GroupTreeNode expectedB = expectedA.addSubgroup(expectedGroupB);
    expectedB.addSubgroup(expectedGroupB1);
    expectedB.addSubgroup(expectedGroupB2);
    expectedA.addSubgroup(expectedGroupC);
    expectedA.addSubgroup(expectedGroupD);
    GroupNodeViewModel expectedE = getViewModelForGroup(expectedGroupE);
    ObservableList<GroupNodeViewModel> expected = FXCollections.observableArrayList(expectedA, expectedE);
    assertEquals(expected, groupViewModel.getChildren());
}