/** Compile a file. If you want a dump then give -out somefile. */
public static int compilerPhases(List<String> args, Option<String> out, String phase)
throws UserError, InterruptedException, IOException, RepositoryError {
int return_code = 0;
if (args.size() == 0) {
throw new UserError("The " + phase + " command must be given a file.");
}
String s = args.get(0);
List<String> rest = args.subList(1, args.size());
if (s.startsWith("-")) {
if (s.equals("-debug")) {
rest = Debug.parseOptions(rest);
} else if (s.equals("-out") && !rest.isEmpty()) {
out = Option.<String>some(rest.get(0));
rest = rest.subList(1, rest.size());
} else if (s.equals("-compiler-lib")) {
WellKnownNames.useCompilerLibraries();
Types.useCompilerLibraries();
} else if (s.equals("-typecheck-java")) {
setScala(false);
} else if (s.equals("-coercion")) {
setTestCoercion(true);
} else invalidFlag(s, phase);
return_code = compilerPhases(rest, out, phase);
} else {
return_code = compileWithErrorHandling(s, out, false);
}
return return_code;
}
/**
* Private helper method for performing fast intersection.
*
* @param <E>
* @param sortedData
* @param sortedQueries
* @param result
*/
private static <E extends Comparable<E>> void fastIntersect(
List<E> sortedData, List<E> sortedQueries, SortedSet<E> result) {
int medianQueryIndex = sortedQueries.size() / 2;
E medianQuery = sortedQueries.get(medianQueryIndex);
int index = Collections.binarySearch(sortedData, medianQuery);
if (index >= 0) {
result.add(medianQuery);
} else {
index = (-1 * index) + 1;
}
if (index - 1 >= 0 && medianQueryIndex - 1 >= 0) {
fastIntersect(
sortedData.subList(0, index), sortedQueries.subList(0, medianQueryIndex), result);
}
if (index + 1 < sortedData.size() && medianQueryIndex + 1 < sortedQueries.size()) {
fastIntersect(
sortedData.subList(index + 1, sortedData.size()),
sortedQueries.subList(medianQueryIndex + 1, sortedQueries.size()),
result);
}
}
/** UnParse a file. If you want a dump then give -out somefile. */
private static void unparse(
List<String> args, Option<String> out, boolean _unqualified, boolean _unmangle)
throws UserError, InterruptedException, IOException {
if (args.size() == 0) {
throw new UserError("The unparse command needs a file to unparse.");
}
String s = args.get(0);
List<String> rest = args.subList(1, args.size());
boolean unqualified = _unqualified;
boolean unmangle = _unmangle;
if (s.startsWith("-")) {
if (s.equals("-unqualified")) {
unqualified = true;
} else if (s.equals("-unmangle")) {
unmangle = true;
} else if (s.equals("-debug")) {
rest = Debug.parseOptions(rest);
} else if (s.equals("-out") && !rest.isEmpty()) {
out = Option.<String>some(rest.get(0));
rest = rest.subList(1, rest.size());
} else invalidFlag(s, "unparse");
unparse(rest, out, unqualified, unmangle);
} else {
unparse(s, out, unqualified, unmangle);
}
}
public double scoreSentence(List<String> sentence) {
double p = 0;
int M = this.baseModel.getLmOrder();
List<String> normalizedSentence = new ArrayList<String>();
final List<String> sentenceWithBounds =
new BoundedList<String>(
sentence,
baseModel.getWordIndexer().getStartSymbol(),
baseModel.getWordIndexer().getEndSymbol());
final int lmOrder = baseModel.getLmOrder() + 1;
float sentenceScore = 0.0f;
float previousScore = 0.0f;
// beginnetje
for (int i = 1; i < lmOrder - 1 && i <= sentenceWithBounds.size() + 1; ++i) {
final List<String> ngram = sentenceWithBounds.subList(-1, i);
final float scoreNgram = (float) getLogProb(ngram, previousScore);
sentenceScore += scoreNgram;
previousScore = scoreNgram;
}
// rest
for (int i = lmOrder - 1; i < sentenceWithBounds.size() + 2; ++i) {
final List<String> ngram = sentenceWithBounds.subList(i - lmOrder, i);
final float scoreNgram = (float) getLogProb(ngram, previousScore);
sentenceScore += scoreNgram;
previousScore = scoreNgram;
}
return sentenceScore;
}
public void sort(List<Integer> array) {
sum += array.size() - 1;
if (array.size() == 1) return;
// @BeforeRecursion
Integer p = PIVOT_.choose(array);
Collections.swap(array, 0, p);
Integer i = PARTIONER_.partition(array, 0);
// Если левая часть не пуста
if (i != 0) {
// Проверить инвариант
/*Integer minLeft = Collections.max(array.subList(0, i));
if (!(minLeft < array.get(i)))
throw new RuntimeException("Left postcondition failed"); */
sort(array.subList(0, i));
}
// Если правая не пуста
if (i != array.size() - 1) {
/*Integer minRight = Collections.min(array.subList(i+1, array.size()));
if (!(minRight > array.get(i)))
throw new RuntimeException("Right postcondition failed."); */
sort(array.subList(i + 1, array.size()));
}
}
public void testDroppingStatesAtCapacity() {
List<ClusterState> states =
randomStates(scaledRandomIntBetween(10, 300), "master1", "master2", "master3", "master4");
Collections.shuffle(states, random());
// insert half of the states
final int numberOfStateToDrop = states.size() / 2;
List<ClusterState> stateToDrop = states.subList(0, numberOfStateToDrop);
final int queueSize = states.size() - numberOfStateToDrop;
PendingClusterStatesQueue queue = createQueueWithStates(stateToDrop, queueSize);
List<ClusterStateContext> committedContexts = randomCommitStates(queue);
for (ClusterState state : states.subList(numberOfStateToDrop, states.size())) {
queue.addPending(state);
}
assertThat(queue.pendingClusterStates().length, equalTo(queueSize));
// check all committed states got a failure due to the drop
for (ClusterStateContext context : committedContexts) {
assertThat(((MockListener) context.listener).failure, notNullValue());
}
// all states that should have dropped are indeed dropped.
for (ClusterState state : stateToDrop) {
assertThat(queue.findState(state.stateUUID()), nullValue());
}
}
public String resolveAsRelativePath(Object path) {
List<String> basePath =
Arrays.asList(StringUtils.split(baseDir.getAbsolutePath(), "/" + File.separator));
File targetFile = resolve(path);
List<String> targetPath =
new ArrayList<String>(
Arrays.asList(StringUtils.split(targetFile.getAbsolutePath(), "/" + File.separator)));
// Find and remove common prefix
int maxDepth = Math.min(basePath.size(), targetPath.size());
int prefixLen = 0;
while (prefixLen < maxDepth && basePath.get(prefixLen).equals(targetPath.get(prefixLen))) {
prefixLen++;
}
basePath = basePath.subList(prefixLen, basePath.size());
targetPath = targetPath.subList(prefixLen, targetPath.size());
for (int i = 0; i < basePath.size(); i++) {
targetPath.add(0, "..");
}
if (targetPath.isEmpty()) {
return ".";
}
return CollectionUtils.join(File.separator, targetPath);
}
@Override
public ContentValues[] next() {
ContentValues[] values = null;
if (hasNext()) {
if (mUnprocessedPersistables.size() == 0) {
identifyPersistablesForNextClass();
}
List<Persistable> next;
if (mUnprocessedPersistables.size() > ITERATION_LIMIT) {
next = mUnprocessedPersistables.subList(0, ITERATION_LIMIT);
mUnprocessedPersistables =
mUnprocessedPersistables.subList(ITERATION_LIMIT, mUnprocessedPersistables.size());
} else {
next = new ArrayList<>(mUnprocessedPersistables);
mUnprocessedPersistables = new ArrayList<>();
}
values = new ContentValues[next.size()];
for (int i = 0; i < next.size(); i++) {
values[i] = next.get(i).getContentValues();
}
}
return values;
}
@Action(
value = CENTER,
results = {@Result(name = SUCCESS, location = BaseAction.FOREPART + CENTER + JSP)})
public String center() {
/** ************************ TT ****************************************** */
List<User> focusUserList =
userService.getFocusList(User.class, (User) getSessionMap().get("user"));
if (focusUserList.size() > 9) {
focusUserList = focusUserList.subList(0, 9);
}
getRequestMap().put("focusUserList", focusUserList);
List<Club> focusClubList =
userService.getFocusList(Club.class, (User) getSessionMap().get("user"));
if (focusClubList.size() > 9) {
focusClubList = focusClubList.subList(0, 9);
}
getRequestMap().put("focusClubList", focusClubList);
List<Merchant> focusMerchantList =
userService.getFocusList(Merchant.class, (User) getSessionMap().get("user"));
if (focusMerchantList.size() > 9) {
focusMerchantList = focusMerchantList.subList(0, 9);
}
getRequestMap().put("focusMerchantList", focusMerchantList);
super.getRequestMap().put("allUsers", userService.allUsers());
user = (User) getSessionMap().get("user");
/** ************************ 相册 ****************************************** */
page = pictureService.getRelativeByHql(eachPageNumber, currentPage, totalPageNumber);
pics = pictureService.findRelativePictureByHql(page);
/** *********************** 相关说说 ****************************************** */
page = talkingService.getRelativePageByHql(user, eachPageNumber, currentPage, 1);
taks = talkingService.findRelativeTalkingByHql(page, user);
return SUCCESS;
}
public void testGetSigningBlessingNames() throws VException {
VContext context = V.init();
VPrincipal p = VSecurity.newPrincipal();
ECPublicKey pk = p.publicKey();
List<Caveat> passingCaveats =
ImmutableList.of(
VSecurity.newExpiryCaveat(DateTime.now().plusDays(1)),
VSecurity.newExpiryCaveat(DateTime.now().plusYears(1)));
List<Caveat> failingCaveats =
ImmutableList.of(
VSecurity.newMethodCaveat("MethodName"), VSecurity.newExpiryCaveat(DateTime.now()));
Blessings b1 = p.blessSelf("alice");
Blessings b2 = p.blessSelf("alice");
Blessings passing =
p.bless(
pk,
b1,
"passing",
passingCaveats.get(0),
passingCaveats.subList(1, passingCaveats.size()).toArray(new Caveat[0]));
Blessings failing =
p.bless(
pk,
b2,
"failing",
failingCaveats.get(0),
failingCaveats.subList(1, failingCaveats.size()).toArray(new Caveat[0]));
Blessings union = VSecurity.unionOfBlessings(new Blessings[] {passing, failing});
VSecurity.addToRoots(p, passing);
String[] signingBlessingNames = VSecurity.getSigningBlessingNames(context, p, union);
assertThat(Arrays.asList(signingBlessingNames)).containsExactly("alice:passing");
}
/** {@inheritDoc} */
protected PagingResult<Site> computeFavoriteSites(ListingContext listingContext) {
List<Site> result = getFavoriteSites();
if (listingContext != null) {
Collections.sort(
result,
new AlphaComparator(listingContext.isSortAscending(), listingContext.getSortProperty()));
}
Boolean hasMoreItems = false;
if (listingContext != null) {
int fromIndex =
(listingContext.getSkipCount() > result.size())
? result.size()
: listingContext.getSkipCount();
// Case if skipCount > result size
if (listingContext.getSkipCount() < result.size()) {
fromIndex = listingContext.getSkipCount();
}
// Case if skipCount > result size
if (listingContext.getMaxItems() + fromIndex >= result.size()) {
result = result.subList(fromIndex, result.size());
hasMoreItems = false;
} else {
result = result.subList(fromIndex, listingContext.getMaxItems() + fromIndex);
hasMoreItems = true;
}
}
return new PagingResultImpl<Site>(result, hasMoreItems, result.size());
}
// opposite to non-key item: item with valid property declaration and
// perhaps some comment lines
private void createKeyItem(List<String> lines, int commentLinesCount) {
Item item =
new Item(
lines.subList(0, commentLinesCount), lines.subList(commentLinesCount, lines.size()));
addItem(item, false);
lines.clear();
}
@SuppressWarnings("unchecked")
public double crossValidationError(int n, Approach approach) throws IOException {
List<String> queries = QueryLoader.loadQueries(queryFile);
int partSize = queries.size() / n;
List<List<String>> partitions = new ArrayList<>(n);
for (int i = 0; i < (n - 1); i++) {
partitions.add(queries.subList(i * partSize, (i + 1) * partSize));
}
partitions.add(queries.subList((n - 1) * partSize, queries.size()));
Model model = readModel(MODEL_FILE);
LOGGER.info("Generating expected counts...");
ObjectIntOpenHashMap<String> gsResults[] = countResources(partitions, model);
double rootMeanSquareSum = 0;
double foldErrors[] = new double[n];
List<String> training, predicted;
for (int i = 0; i < n; i++) {
LOGGER.info("Starting fold " + i + "...");
training = generateTrainingSet(i, partitions);
predicted = approach.generateResourceRanking(training, model);
foldErrors[i] = RMSD.getRMSD(predicted, generateExpectedResult(i, gsResults));
LOGGER.info("Error of fold " + i + " = " + foldErrors[i]);
rootMeanSquareSum += foldErrors[i];
}
LOGGER.info("Error of folds " + Arrays.toString(foldErrors));
return rootMeanSquareSum / n;
}
public static <ELEMENT> List<ELEMENT> moveElementToIndex(
List<ELEMENT> list, int fromIndex, int toIndex) {
assertObjectNotNull("list", list);
if (fromIndex == toIndex) {
String msg = "The argument 'fromIndex' and 'toIndex' should not be same:";
msg = msg + " fromIndex=" + fromIndex + " toIndex" + toIndex;
throw new IllegalArgumentException(msg);
}
if (fromIndex < 0 || toIndex < 0) {
String msg = "The argument 'fromIndex' and 'toIndex' should not be minus:";
msg = msg + " fromIndex=" + fromIndex + " toIndex" + toIndex;
throw new IllegalArgumentException(msg);
}
final boolean fromLess = fromIndex < toIndex;
final List<ELEMENT> movedList = new ArrayList<ELEMENT>();
final int firstIndex = fromLess ? fromIndex : toIndex;
final int secondIndex = !fromLess ? fromIndex : toIndex;
final List<ELEMENT> first = list.subList(0, firstIndex);
final ELEMENT element = list.get(fromIndex);
final int adjustmentIndex = fromLess ? 1 : 0;
final List<ELEMENT> middle =
list.subList(firstIndex + adjustmentIndex, secondIndex + adjustmentIndex);
final List<ELEMENT> last = list.subList(secondIndex + 1, list.size());
movedList.addAll(first);
if (!fromLess) {
movedList.add(element);
}
movedList.addAll(middle);
if (fromLess) {
movedList.add(element);
}
movedList.addAll(last);
return movedList;
}
public void loadNextFiveTransactions() {
index = lv_Transactions.getFirstVisiblePosition();
View v = lv_Transactions.getChildAt(0);
top = (v == null) ? 0 : v.getTop();
FINAL += 5;
if (FINAL > listOfAllTransactions.size()) {
FINAL = listOfAllTransactions.size();
savingsAccountTransactionsListAdapter =
new SavingsAccountTransactionsListAdapter(
getActivity(), listOfAllTransactions.subList(INITIAL, FINAL));
savingsAccountTransactionsListAdapter.notifyDataSetChanged();
lv_Transactions.setAdapter(savingsAccountTransactionsListAdapter);
lv_Transactions.setSelectionFromTop(index, top);
return;
}
savingsAccountTransactionsListAdapter =
new SavingsAccountTransactionsListAdapter(
getActivity(), listOfAllTransactions.subList(INITIAL, FINAL));
savingsAccountTransactionsListAdapter.notifyDataSetChanged();
lv_Transactions.setAdapter(savingsAccountTransactionsListAdapter);
lv_Transactions.setSelectionFromTop(index, top);
}
// Walk through the batch, process sub-batches, and collect results.
// For now the batch size for custom (ad hoc) SQL is 1 since that's
// how it's being handled anyway, plus it simplifies the logic here.
// This can change if we implement support for larger custom batches.
private static VoltTable[] executeQueuedSQL(
final List<QueuedSQL> batch, FragmentExecutor executor) {
int iFrom = 0;
int iTo = 0;
List<VoltTable> results = new ArrayList<VoltTable>();
VoltTable[] subResults;
for (; iTo < batch.size(); iTo++) {
final QueuedSQL qs = batch.get(iTo);
if (qs.stmt.plan != null) {
if (iTo > iFrom) {
// Flush preceding pre-planned work before handling unplanned.
subResults =
executor.onExecutePrePlanned(batch.subList(iFrom, iTo), iTo == batch.size() - 1);
results.addAll(Arrays.asList(subResults));
iFrom = iTo;
}
subResults =
executor.onExecuteUnplanned(batch.subList(iTo, iTo + 1), iTo == batch.size() - 1);
iFrom++;
results.addAll(Arrays.asList(subResults));
}
}
if (iTo > iFrom) {
subResults = executor.onExecutePrePlanned(batch.subList(iFrom, iTo), true);
results.addAll(Arrays.asList(subResults));
}
return results.toArray(new VoltTable[results.size()]);
}
/** @return */
private IPath goToClosestUnseenBuilding() {
Collection<EntityID> unsearched = worldModel.getUnknownBuildings();
if (unsearched.size() > 0) {
IPath path = routingModule.findShortestPath(myself, unsearched);
if (path.isValid()) {
List<EntityID> locations = path.getLocations();
List<PositionXY> positions = path.getXYPath();
locations = locations.subList(0, locations.size() - 1);
positions = positions.subList(0, positions.size() - 1);
if (LOGGER.isDebugEnabled()) {
LOGGER.debug(
"Going outside unsafe building "
+ worldModel
.getEntity(path.getLocations().get(path.getLocations().size() - 1))
.getFullDescription()
+ " from "
+ worldModel.getEntity(myself).getFullDescription()
+ " using path: "
+ path.toString());
}
// System.out.println("GOing outside unsafe bulding: " +
// path.getLocations().get(path.getLocations().size()-1));
return new Path(locations, positions);
}
}
return Path.INVALID_PATH;
}
@Override
public List<Pedido> listaPagPedidos(String username, int paginaActual, int resultadosPorPagina) {
session = sessionFactory.openSession();
Usuario usuario = (Usuario) session.get(Usuario.class, username);
List<Pedido> p =
session
.createCriteria(Pedido.class)
.add(Restrictions.eq("usuario", usuario))
.add(Restrictions.eq("confirmado", true))
.setResultTransformer(CriteriaSpecification.DISTINCT_ROOT_ENTITY)
.addOrder(Order.desc("idpedido"))
.list();
session.close();
int primer_resultado = paginaActual * resultadosPorPagina - resultadosPorPagina;
int max_resultados =
paginaActual * resultadosPorPagina - resultadosPorPagina + resultadosPorPagina;
List<Pedido> pe;
if (p.subList(primer_resultado, p.size()).size() < resultadosPorPagina)
pe = p.subList(primer_resultado, p.size());
else pe = p.subList(primer_resultado, max_resultados);
return pe;
}
// This test stems from a real bug found by andrewk
public void testAsList_subList_toArray_roundTrip() {
float[] array = {(float) 0, (float) 1, (float) 2, (float) 3};
List<Float> list = Floats.asList(array);
assertTrue(
Arrays.equals(new float[] {(float) 1, (float) 2}, Floats.toArray(list.subList(1, 3))));
assertTrue(Arrays.equals(new float[] {}, Floats.toArray(list.subList(2, 2))));
}
/**
* Creates the output root data.
*
* @return the output root data, not null
*/
protected FlexiBean createRootData() {
FlexiBean out = super.createRootData();
HolidayDocument latestDoc = data().getHoliday();
HolidayDocument versionedHoliday = data().getVersioned();
out.put("latestHolidayDoc", latestDoc);
out.put("latestHoliday", latestDoc.getHoliday());
out.put("holidayDoc", versionedHoliday);
out.put("holiday", versionedHoliday.getHoliday());
out.put("deleted", !latestDoc.isLatest());
List<Pair<Year, List<LocalDate>>> map = new ArrayList<Pair<Year, List<LocalDate>>>();
List<LocalDate> dates = versionedHoliday.getHoliday().getHolidayDates();
if (dates.size() > 0) {
int year = dates.get(0).getYear();
int start = 0;
int pos = 0;
for (; pos < dates.size(); pos++) {
if (dates.get(pos).getYear() == year) {
continue;
}
map.add(Pair.of(Year.of(year), dates.subList(start, pos)));
year = dates.get(pos).getYear();
start = pos;
}
map.add(Pair.of(Year.of(year), dates.subList(start, pos)));
}
out.put("holidayDatesByYear", map);
return out;
}
@Test
public void testHeadTail() {
List<Integer> ints = IntStreamEx.range(1000).boxed().toList();
checkShortCircuitCollector("tail(0)", Arrays.asList(), 0, ints::stream, MoreCollectors.tail(0));
checkCollector("tail(1)", Arrays.asList(999), ints::stream, MoreCollectors.tail(1));
checkCollector("tail(2)", Arrays.asList(998, 999), ints::stream, MoreCollectors.tail(2));
checkCollector("tail(500)", ints.subList(500, 1000), ints::stream, MoreCollectors.tail(500));
checkCollector("tail(999)", ints.subList(1, 1000), ints::stream, MoreCollectors.tail(999));
checkCollector("tail(1000)", ints, ints::stream, MoreCollectors.tail(1000));
checkCollector("tail(MAX)", ints, ints::stream, MoreCollectors.tail(Integer.MAX_VALUE));
checkShortCircuitCollector("head(0)", Arrays.asList(), 0, ints::stream, MoreCollectors.head(0));
checkShortCircuitCollector(
"head(1)", Arrays.asList(0), 1, ints::stream, MoreCollectors.head(1));
checkShortCircuitCollector(
"head(2)", Arrays.asList(0, 1), 2, ints::stream, MoreCollectors.head(2));
checkShortCircuitCollector(
"head(500)", ints.subList(0, 500), 500, ints::stream, MoreCollectors.head(500));
checkShortCircuitCollector(
"head(999)", ints.subList(0, 999), 999, ints::stream, MoreCollectors.head(999));
checkShortCircuitCollector("head(1000)", ints, 1000, ints::stream, MoreCollectors.head(1000));
checkShortCircuitCollector(
"head(MAX)", ints, 1000, ints::stream, MoreCollectors.head(Integer.MAX_VALUE));
checkShortCircuitCollector(
"head(10000)",
IntStreamEx.rangeClosed(1, 10000).boxed().toList(),
10000,
() -> Stream.iterate(1, x -> x + 1),
MoreCollectors.head(10000),
true);
}
SparkSubmitCommandBuilder(List<String> args) {
this.allowsMixedArguments = false;
boolean isExample = false;
List<String> submitArgs = args;
if (args.size() > 0 && args.get(0).equals(PYSPARK_SHELL)) {
this.allowsMixedArguments = true;
appResource = PYSPARK_SHELL_RESOURCE;
submitArgs = args.subList(1, args.size());
} else if (args.size() > 0 && args.get(0).equals(SPARKR_SHELL)) {
this.allowsMixedArguments = true;
appResource = SPARKR_SHELL_RESOURCE;
submitArgs = args.subList(1, args.size());
} else if (args.size() > 0 && args.get(0).equals(RUN_EXAMPLE)) {
isExample = true;
submitArgs = args.subList(1, args.size());
}
this.sparkArgs = new ArrayList<>();
this.isExample = isExample;
OptionParser parser = new OptionParser();
parser.parse(submitArgs);
this.printInfo = parser.infoRequested;
}
private long quickSort(List<Integer> arrayInput) {
if (arrayInput.size() <= 1) return 0;
int pivotIndex = partition(arrayInput);
long compLess = quickSort(arrayInput.subList(0, pivotIndex));
long compMore = quickSort(arrayInput.subList(pivotIndex + 1, arrayInput.size()));
return compLess + compMore + arrayInput.size() - 1;
}
public static List<Point> simplify(List<Point> list, double tolerance) {
int index = 0;
double dmax = 0;
double squareTolerance = tolerance * tolerance;
int lastIndex = list.size() - 1;
// Find the point with the maximum distance
for (int i = 1; i < list.size() - 1; i++) {
double d = pointToLineDistance(list.get(0), list.get(lastIndex), list.get(i));
if (d > dmax) {
index = i;
dmax = d;
}
}
// If max distance is greater than epsilon, recursively simplify
List<Point> ResultList = new ArrayList<Point>();
if (dmax > squareTolerance) {
// Recursive call
List<Point> recResults1 = simplify(list.subList(0, index + 1), tolerance);
List<Point> recResults2 = simplify(list.subList(index, lastIndex + 1), tolerance);
// Build the result list
recResults1.remove(recResults1.size() - 1);
ResultList.addAll(recResults1);
ResultList.addAll(recResults2);
} else {
ResultList.add(list.get(0));
ResultList.add(list.get(lastIndex));
}
// Return the result
return ResultList;
}
/**
* 按照mul的值进行排序，从大到小排序
*
* @param list1
* @param list2
*/
private static void combineLists(
List<IDistanceDensityMul> list1, List<IDistanceDensityMul> list2) {
List<IDistanceDensityMul> allList = new ArrayList<IDistanceDensityMul>();
int sizeOne = list1.size();
int sizeTwo = list2.size();
int i, j;
for (i = 0, j = 0; i < sizeOne && j < sizeTwo; ) {
if (list1.get(i).greater(list2.get(j))) {
allList.add(list1.get(i++));
} else {
allList.add(list2.get(j++));
}
}
if (i < sizeOne) { // list1 has not finished
allList.addAll(list1.subList(i, sizeOne));
}
if (j < sizeTwo) { // list2 has not finished
allList.addAll(list2.subList(j, sizeTwo));
}
// 重新赋值
list1.clear();
list1.addAll(allList);
allList.clear();
}
@Test
public void report_FacilityUsage_asOperator2() {
final ReportParameters params = baseParams();
params.interval = 3 * 60;
registerMockFacilityUsages(facility1, apiUser);
registerMockFacilityUsages(facility2, apiUser2);
final Response whenPostingToReportUrl = postToReportUrl(params, "FacilityUsage", operator2User);
// If this succeeds, the response was a valid excel file
final Workbook workbook = readWorkbookFrom(whenPostingToReportUrl);
assertThat(getSheetNames(workbook)).containsExactly("Käyttöasteraportti", "Selite");
final Sheet usages = workbook.getSheetAt(0);
// Header and one for each usage type
assertThat(usages.getPhysicalNumberOfRows()).isEqualTo(3);
// Only operator2 visible
assertThat(getDataFromColumn(usages, 3))
.containsOnly("Operaattori", operator2.name.fi)
.doesNotContain(operator1.name.fi);
final List<String> headers = getDataFromRow(usages, 0);
assertThat(headers.subList(FACILITYUSAGE_FIRST_TIME_COLUMN, headers.size()))
.containsExactly("00:00", "03:00", "06:00", "09:00", "12:00", "15:00", "18:00", "21:00");
// Get the hourly utilizations for CAR
// Results are not interpolated.
final List<String> row = getDataFromRow(usages, 1);
assertThat(row.subList(FACILITYUSAGE_FIRST_TIME_COLUMN, row.size()))
.containsExactly("24", "24", "24", "24", "0", "0", "0", "24");
}
public RowsDto getRows(
final int sortColumnIndex,
boolean isSort,
final int sortDirection,
boolean doFilter,
String[] searchCriteria,
int beginRecord,
int endRecord) {
RowsDto rowsDto = null;
if (isSort) {
RowDataComparator comparator = new RowDataComparator(sortColumnIndex, sortDirection);
Collections.sort(ROW_DATA_LIST, comparator);
rowsDto = new RowsDto(ROW_DATA_LIST, ROW_DATA_LIST.size());
}
if (doFilter) {
RowData searchObject = new RowData(searchCriteria);
List<RowData> interimList = createSearchList(ROW_DATA_LIST, searchObject);
if (endRecord > interimList.size()) ;
endRecord = interimList.size();
rowsDto = new RowsDto(interimList.subList(beginRecord, endRecord), interimList.size());
}
if ((!doFilter) && (!isSort)) {
rowsDto = new RowsDto(ROW_DATA_LIST.subList(beginRecord, endRecord), ROW_DATA_LIST.size());
}
return rowsDto;
}
@NotNull
@Override
public List<? extends SoftWrap> getSoftWrapsForRange(int start, int end) {
if (!isSoftWrappingEnabled() || end < start) {
return Collections.emptyList();
}
List<? extends SoftWrap> softWraps = myStorage.getSoftWraps();
int startIndex = myStorage.getSoftWrapIndex(start);
if (startIndex < 0) {
startIndex = -startIndex - 1;
if (startIndex >= softWraps.size() || softWraps.get(startIndex).getStart() > end) {
return Collections.emptyList();
}
}
int endIndex = myStorage.getSoftWrapIndex(end);
if (endIndex >= 0) {
return softWraps.subList(startIndex, endIndex + 1);
} else {
endIndex = -endIndex - 1;
return softWraps.subList(startIndex, endIndex);
}
}
private void drawAlternatingLine(List<Integer> numbers, boolean horizontal) {
while (numbers.size() > 0) {
addCommand(numbers.subList(0, 1), new CharStringCommand(horizontal ? 6 : 7));
numbers = numbers.subList(1, numbers.size());
horizontal = !horizontal;
}
}
/** 对IP_Net_To_Media进行探测 */
private void doIPNetProbe() {
if (DiscoverEngine.getInstance().getStopStatus() == 1) return;
List ipNetTable =
SnmpUtil.getInstance().getIpNetToMediaTable(this.getIpAddress(), this.getCommunity());
if (ipNetTable == null || ipNetTable.size() == 0) // important
{
setDiscovered(true);
return;
}
ipTotal = ipNetTable.size();
int threadTotal = 0; // 线程总数
SysLogger.info("PER_THREAD_IP===" + PER_THREAD_IP);
if (ipTotal % PER_THREAD_IP == 0) // 每个线程对N个ip进行探测
threadTotal = ipTotal / PER_THREAD_IP;
else threadTotal = ipTotal / PER_THREAD_IP + 1;
IPNetProbeThread probeThread = null;
for (int i = 0; i < threadTotal; i++) {
if (i == threadTotal - 1)
probeThread = new IPNetProbeThread(this, ipNetTable.subList(i * PER_THREAD_IP, ipTotal));
else
probeThread =
new IPNetProbeThread(
this, ipNetTable.subList(i * PER_THREAD_IP, (i + 1) * PER_THREAD_IP));
DiscoverEngine.getInstance().addThread(probeThread);
}
}
