public void moveToGroup(List<BibEntry> entries, NamedCompound undoAll) {
List<GroupTreeNode> groupsContainingEntries =
node.getNode()
.getRoot()
.getContainingGroups(entries, false)
.stream()
.filter(node -> node.getGroup().supportsRemove())
.collect(Collectors.toList());
List<AbstractGroup> affectedGroups =
groupsContainingEntries.stream().map(GroupTreeNode::getGroup).collect(Collectors.toList());
affectedGroups.add(node.getNode().getGroup());
if (!WarnAssignmentSideEffects.warnAssignmentSideEffects(affectedGroups, panel.frame())) {
return; // user aborted operation
}
// first remove
for (GroupTreeNode group : groupsContainingEntries) {
Optional<EntriesGroupChange> undoRemove = group.getGroup().remove(entries);
if (undoRemove.isPresent()) {
undoAll.addEdit(UndoableChangeEntriesOfGroup.getUndoableEdit(node, undoRemove.get()));
}
}
// then add
Optional<EntriesGroupChange> undoAdd = node.addEntriesToGroup(entries);
if (undoAdd.isPresent()) {
undoAll.addEdit(UndoableChangeEntriesOfGroup.getUndoableEdit(node, undoAdd.get()));
}
}
public void addToGroup(List<BibEntry> entries, NamedCompound undo) {
if (!WarnAssignmentSideEffects.warnAssignmentSideEffects(
node.getNode().getGroup(), panel.frame())) {
return; // user aborted operation
}
Optional<EntriesGroupChange> undoAdd = node.addEntriesToGroup(entries);
if (undoAdd.isPresent()) {
undo.addEdit(UndoableChangeEntriesOfGroup.getUndoableEdit(node, undoAdd.get()));
}
}