/** * Handles a constraining of the filter to a degree that guarantees no * values can be matched. That is, the filter list will act as a total * filter and not match any of the elements of the wrapped source list. */ private void matchNone() { // all of these changes to this list happen "atomically" updates.beginEvent(); // fire all the elements in the list as deleted for(int i = 0; i < size(); i++) { updates.elementDeleted(0, get(i)); } // reset the flaglist to all white (which matches nothing) flagList.clear(); flagList.addWhite(0, source.size()); // commit the changes and notify listeners updates.commitEvent(); }
/** * Handles a constraining of the filter to a degree that guarantees no * values can be matched. That is, the filter list will act as a total * filter and not match any of the elements of the wrapped source list. */ private void matchNone() { // all of these changes to this list happen "atomically" updates.beginEvent(); // fire all the elements in the list as deleted for(int i = 0; i < size(); i++) { updates.elementDeleted(0, get(i)); } // reset the flaglist to all white (which matches nothing) flagList.clear(); flagList.addWhite(0, source.size()); // commit the changes and notify listeners updates.commitEvent(); }
/** * Handles a constraining of the filter to a degree that guarantees no * values can be matched. That is, the filter list will act as a total * filter and not match any of the elements of the wrapped source list. */ private void matchNone() { // all of these changes to this list happen "atomically" updates.beginEvent(); // fire all the elements in the list as deleted for(int i = 0; i < size(); i++) { updates.elementDeleted(0, get(i)); } // reset the flaglist to all white (which matches nothing) flagList.clear(); flagList.addWhite(0, source.size()); // commit the changes and notify listeners updates.commitEvent(); }
eventList.getReadWriteLock().readLock().lock(); FilterList<E> filterList = new FilterList<E>(eventList, new FilterLogicalMatcher<E>(filterControl, filter)); if (!filterList.isEmpty() && filterList.get(0) instanceof TreeAsset) { FilterList<E> treeFilterList = new FilterList<E>(eventList, new TreeMatcher<E>(filterList)); items.addAll(treeFilterList); eventList.getReadWriteLock().readLock().lock(); FilterList<E> filterList = new FilterList<E>(eventList, new FilterLogicalMatcher<E>(filterControl, filter)); if (!filterList.isEmpty() && filterList.get(0) instanceof TreeAsset) { FilterList<E> treeFilterList = new FilterList<E>(eventList, new TreeMatcher<E>(filterList)); items.addAll(treeFilterList);