* Snakes represent a match between two lists. It is optionally prefixed or postfixed with an * add or remove operation. See the Myers' paper for details. */staticclassSnake{/** * Position in the old list */int x
@Override public void onChanged(@Nullable ArrayList<Station> newStationList) { LogHelper.v(LOG_TAG, "Observer for list of stations in CollectionAdapter: list has changed."); StationListHelper.sortStationList(newStationList); // calculate differences between new station list and current station list...
public void addArtifactVersionAndLocation(String location, String versions) { if (duplicates.containsKey(versions)) { duplicates.get(versions).add(location); } else { List<String> locations = new ArrayList<>(Arrays.asList(location)); duplicates.put(versions, locations);...
/*** Do a diff between exported query results and temporary CSV file** @param query* @param newCSV* @return*/publicbooleandoDiff(Query query, String newCSV) {List<String> original = fileToLines(getCSVName(query, PherfConstants.EXPORT_DIR,""));List<String> newLines = fileToLines(newCSV...
final List<Range> rangePool = new ArrayList<>(); while (!stack.isEmpty()) { //... } 此处的栈实际上是把所有和Snake走出去最远的点做一个搜索算法。 这里Google 采用了前进(Forward)和后退(Forward)两种方式来找到 Snake。 这里我们先看里面的循环 —— diffPartial ...
private static ArrayList<Station> addList2Path(Station sta, Station end) { Station[] stations = sta.linearPathTo(end); // if (stations==null) return path; for (int i = 1; i < stations.length; i++) path.add(stations[i]);
("name","shuishui"); User user=userMapper.selectList(wrapper) System.out.println(user); } @Test void test3(){ // 查询年龄在20~30岁之间的用户 QueryWrapper<User> wrapper =new QueryWrapper<>(); wrapper.between("age",20,30); Integer count =userMapper.selectCount(wrapper);//查询结果数 ...
For a JavaArrayListhere's a corresponding snippet: (patch(fn[l index item] (.addAlll index item) l) (fn[l index n] (dotimes[_ n] (.removel index)) l) mutable-list diff-result) For JavaHashMapthis looks like this Performance for vector based diff ...
List<String[]> rawChunk = new ArrayList<String[]>(); Patch<String> patch = new Patch<String>(); patch.addDelta(new ChangeDelta<String>(new Chunk<String>( old_ln - 1, oldChunkLines), new Chunk<String>( new_ln - 1, newChunkLines))); patch.addDelta(new ChangeDelta<String>(new Ch...
* notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * documentation and/or other materials provided with the distribution. * 3. The name of the author may not be used to endorse or promote products ...