@Override
protected Long compute() {
long count = 0L;
List<RecursiveTask<Long>> forks = new LinkedList<>();
for (Folder subFolder : folder.getSubFolders()) {
FolderSearchTask task = new FolderSearchTask(subFolder, searchedWord);
forks.add(task);
task.fork();
}
for (Document document : folder.getDocuments()) {
DocumentSearchTask task = new DocumentSearchTask(document, searchedWord);
forks.add(task);
task.fork();
}
for (RecursiveTask<Long> task : forks) {
count = count + task.join();
}
return count;
}
@Test
public void testAddDocumentsIntoTheFolder() {
Folder folder = new Folder("Home", Visibility.PUBLIC, true);
Document doc = new Paper();
folder.addDocuments(doc);
Assert.assertEquals(folder.getDocuments().iterator().next().getName(), doc.getName());
}
Long countOccurrencesOnSingleThread(Folder folder, String searchedWord) {
long count = 0;
for (Folder subFolder : folder.getSubFolders()) {
count = count + countOccurrencesOnSingleThread(subFolder, searchedWord);
}
for (Document document : folder.getDocuments()) {
count = count + occurrencesCount(document, searchedWord);
}
return count;
}
@Override
protected List<GeoPointCarbon> compute() {
List<GeoPointCarbon> listOfPoints = new ArrayList<>();
List<RecursiveTask<List<GeoPointCarbon>>> forks = new LinkedList<>();
for (Folder subFolder : folder.getSubFolders()) {
FolderSearchTask task = new FolderSearchTask(subFolder, region);
forks.add(task);
task.fork();
}
for (Document document : folder.getDocuments()) {
DocumentSearchTask task = new DocumentSearchTask(document, region);
forks.add(task);
task.fork();
}
for (RecursiveTask<List<GeoPointCarbon>> task : forks) {
listOfPoints.addAll(task.join());
}
return listOfPoints;
}
@Test
public void testCollectionsInicialization() {
Folder folder = new Folder("Home", Visibility.PUBLIC, true);
Assert.assertTrue(folder.getFolders().size() == 0);
Assert.assertTrue(folder.getDocuments().size() == 0);
}
