@SuppressWarnings("unchecked")
public static synchronized List<Key<Line>> getTrainKeys() {
String functionName = "getTrainKeys()";
if (trainKeys == null || trainKeys.size() == 0) {
Objectify ofy = ObjectifyService.begin();
Query<Line> q = ofy.query(Line.class).filter("type", 21);
List<Key<Line>> keys;
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
keys = (List<Key<Line>>) cache.get(q.toString());
if (keys == null) {
keys = q.listKeys();
cache.put(q.toString(), keys);
}
} catch (CacheException e) {
keys = q.listKeys();
Logger.getLogger(location).log(Level.SEVERE, functionName + ": Cache error: " + e);
e.printStackTrace();
}
trainKeys = keys;
Logger.getLogger(location)
.log(Level.INFO, functionName + ": served new trainKeys. #" + trainKeys.size());
}
return trainKeys;
}
public void deleteUserFavouritePosition(
Key<UserFavouritePosition> fav, User currentUser, Objectify ofy) {
String functionName = "deleteUserFavouritePosition()";
UserFavouritePosition toDelete = ofy.find(fav);
if (toDelete != null && toDelete.getUser().equals(currentUser)) {
Query<UserFavouritePosition> q =
ofy.query(UserFavouritePosition.class).filter("user", toDelete.getUser());
removeFromCache(q.toString());
ofy.delete(fav);
} else if (toDelete == null) {
Logger.getLogger(location)
.log(
Level.SEVERE,
functionName
+ ": got a request to delete a userfavouriteposition but none were found with that key: "
+ fav);
} else {
Logger.getLogger(location)
.log(
Level.SEVERE,
functionName
+ ": got a request to delete a userfavouriteposition but it did not match the current user: "
+ currentUser);
}
}
@SuppressWarnings("unchecked")
public Collection<Point> getSearchPointsForLine(
Key<Line> l, int middleIndex, int plusMinusIndex, Objectify ofy) {
String functionName = "getSearchPointsForLine(int plusMinusIndex)";
List<Key<Point>> keys;
plusMinusIndex++; // query is exclusive, therefore we expand by one to return the expected
// number of results
Query<Point> q =
ofy.query(Point.class)
.ancestor(l)
.filter("ignore", false)
.filter("index <", middleIndex + plusMinusIndex)
.filter("index >", middleIndex - plusMinusIndex);
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
keys = (List<Key<Point>>) cache.get(q.toString());
if (keys == null) {
keys = q.listKeys();
cache.put(q.toString(), keys);
}
} catch (CacheException e) {
keys = q.listKeys();
Logger.getLogger(location).log(Level.SEVERE, functionName + ": Cache error: " + e);
e.printStackTrace();
}
Map<Key<Point>, Point> points = ofy.get(keys);
return points.values();
}
public static Vector<Long> ReadFeedList(String email) {
Vector<Long> outputList = new Vector<Long>();
Query<FeedParameters> query =
objectify.query(FeedParameters.class).filter("emailAddress", email);
for (Key<FeedParameters> feedKey : query.fetchKeys()) {
outputList.add(feedKey.getId());
}
return outputList;
}
private void listMessages(HttpServletRequest req, HttpServletResponse resp)
throws ServletException, IOException {
resp.setCharacterEncoding("UTF-8");
if (!IrssiNotifier.versionCheck(req.getParameter("version"))) {
IrssiNotifier.printError(resp.getWriter(), new OldVersionException());
return;
}
String id = req.getParameter("apiToken");
String guid = req.getParameter("guid");
if (id == null || guid == null || id.equals("") || guid.equals("")) {
IrssiNotifier.printError(resp.getWriter(), "Virheellinen pyyntö");
return;
}
ObjectifyDAO dao = new ObjectifyDAO();
try {
IrssiNotifierUser user = IrssiNotifier.getUser(dao, id);
Query<Message> messages =
dao.ofy().query(Message.class).order("-timestamp").ancestor(user).limit(LIMIT + 1);
String starting = req.getParameter("starting");
if (starting != null) {
try {
long startingTimestamp = Long.parseLong(starting);
messages = messages.filter("timestamp <=", startingTimestamp);
} catch (NumberFormatException e) {
}
}
Message next = null;
if (messages.count() == LIMIT + 1) {
IrssiNotifier.log.info("Lisää viestejä on saatavilla");
next = messages.list().get(LIMIT);
} else {
IrssiNotifier.log.info("Sisältää viestihistorian viimeiset viestit");
}
MessageListResponse response = new MessageListResponse(messages.limit(LIMIT));
response.nextMessage = next;
response.isNextFetch = starting != null;
JSONSerializer serializer = new JSONSerializer();
String jsonObject =
serializer
.include("messages")
.transform(new CustomTimeTransformer(), "messages.timestamp")
.transform(new CustomTimeTransformer(), "nextMessage.timestamp")
.exclude("*.class")
.serialize(response);
resp.setHeader("Content-Type", "application/json");
resp.getWriter().println(jsonObject);
resp.getWriter().close();
} catch (UserNotFoundException e) {
IrssiNotifier.printError(resp.getWriter(), e);
}
}
public Business findByBarcode(String code) {
Query<Spot> query = ofy().query(Spot.class).filter("barcode", code);
Spot bc = query.get();
Business business = null;
if (bc != null) {
business = ofy().find(bc.getBusiness());
}
return business;
}
/**
* Méthode permettant l'effacement de tout les messages postés pour un device donné
*
* @param device contient l'identifiant pour lequel les messages doivent être supprimé, si null
* tous les messages de la base sont supprimés
* @return le nombre de message effectivement supprimés
*/
public Integer raz(String device) {
Query<Message> im = null;
if (device == null) {
im = ofy().query(Message.class);
} else {
im = ofy().query(Message.class).filter("device", device);
}
int rc = im.count();
ofy().delete(im);
return (rc);
}
public ApplicationUser getByEMail(String email) {
try {
Query<ApplicationUser> query = ofy().query(ApplicationUser.class);
// query.ancestor(companyKey);
ApplicationUser user = query.filter("email", email).get();
return user;
} catch (Exception e) {
LOG.error("Cannot get ApplicationUser by email(" + email + ")", e);
return null;
}
}
public static synchronized void resetTrainNodes() {
Objectify ofy = ObjectifyService.begin();
Query<TrainNode> q = ofy.query(TrainNode.class);
Dao.getInstance().removeFromCache(q.toString());
trainNodes = null;
mapTrainNodeKeyToNode = null;
trainKeys = null;
subteKeys = null;
mapBusCache = Collections.synchronizedMap(new MapBusCached<String, HashMap<String, PQA>>(500));
System.err.println("resetTrainNodes was executed");
}
public void addUserFavouritePosition(UserFavouritePosition fav, Objectify ofy) {
String functionName = "addUserFavouritePosition()";
if (fav.getUser() == null) {
Logger.getLogger(location).log(Level.SEVERE, functionName + ": got a fav without user");
} else {
Query<UserFavouritePosition> q =
ofy.query(UserFavouritePosition.class).filter("user", fav.getUser());
removeFromCache(q.toString());
ofy.put(fav);
}
}
// FIXME: not working
int countUsersActiveInLastNDays(DatastoreService ds, int numDays) {
com.googlecode.objectify.Query<User> q = ofy().query(User.class);
if (numDays > 0) {
// This is ridiculous, but 30 days in milliseconds is 2.5B, and if numDays is
// in int, the expression below overflows and we look for
// lastSeen > some-future-date. To fix, just cast it to a long.
long numDays64Bit = numDays;
q.filter(
"lastSeen >", new Date(System.currentTimeMillis() - numDays64Bit * 24 * 60 * 60 * 1000));
}
return q.count();
}
public static List<Long> getFeedsForUpdate() {
Vector<Long> outputList = new Vector<Long>();
Query<FeedParameters> query =
objectify
.query(FeedParameters.class)
.filter("inPostingQueue", true)
.filter("postingTime <", new Date());
for (Key<FeedParameters> feedKey : query.fetchKeys()) {
outputList.add(feedKey.getId());
}
return outputList;
}
public ArrayList<Model> Raffle(String accessToken, String eid) {
Dao dao = new Dao();
Random r = new Random();
Query<VoteDetails> qRaffle = dao.ofy().query(VoteDetails.class);
List<VoteDetails> droppers = qRaffle.filter("eid", eid).list();
VoteDetails winner = droppers.get(r.nextInt(droppers.size() - 1));
return Profile.GetFacebookProfileInfo(accessToken, winner.uid);
}
@SuppressWarnings("unchecked")
public Collection<Point> getSearchPointsForLine(
Key<Line> l, String geoCell, int plusMinusIndex, Objectify ofy) {
String functionName = "getSearchPointsForLine(String geoCell)";
Query<Point> q =
ofy.query(Point.class)
.ancestor(l)
.filter("ignore", false)
.filter("defaultGeoCell", geoCell)
.limit(1);
Key<Point> kMiddle;
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
kMiddle = (Key<Point>) cache.get(q.toString());
if (kMiddle == null) {
kMiddle = q.getKey();
cache.put(q.toString(), kMiddle);
}
} catch (CacheException e) {
kMiddle = q.getKey();
Logger.getLogger(location).log(Level.SEVERE, functionName + ": Cache error: " + e);
e.printStackTrace();
}
if (kMiddle
== null) { // dirty hack, but still better than failing in case that no point was found
q = ofy.query(Point.class).ancestor(l).filter("defaultGeoCell", geoCell).limit(1);
kMiddle = q.getKey();
System.err.println(
"had to resort to dirty hack and retrieve a point that is set to ignore for line "
+ l
+ " in cell "
+ geoCell
+ ". Result: "
+ kMiddle);
}
try {
Point middle = ofy.get(kMiddle);
Collection<Point> points;
if (plusMinusIndex > 0) {
points = getSearchPointsForLine(l, middle.getIndex(), plusMinusIndex, ofy);
} else {
points = new LinkedList<Point>();
points.add(middle);
}
return points;
} catch (NullPointerException e) {
q = ofy.query(Point.class).ancestor(l).filter("ignore", false);
System.err.println(
"because of "
+ e
+ " had to resort to even dirtier hack and retrieve all potential points for line "
+ l
+ ", even those not in cell "
+ geoCell);
return q.list();
}
}
@SuppressWarnings("unchecked")
public Collection<UserFavouritePosition> getUserFavouritePositions(User user, Objectify ofy) {
String functionName = "getUserFavouritePositions()";
Query<UserFavouritePosition> q = ofy.query(UserFavouritePosition.class).filter("user", user);
List<Key<UserFavouritePosition>> keys;
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
keys = (List<Key<UserFavouritePosition>>) cache.get(q.toString());
if (keys == null) {
keys = q.listKeys();
cache.put(q.toString(), keys);
}
} catch (CacheException e) {
Logger.getLogger(location).log(Level.SEVERE, functionName + ": caching error: " + e);
keys = q.listKeys();
}
return ofy.get(keys).values();
}
@SuppressWarnings("unchecked")
public static synchronized HashMap<String, Set<TrainNode>> getTrainNodes() {
String functionName = "getTrainNodes()";
if (trainNodes == null || trainNodes.size() == 0) {
trainNodes = new HashMap<String, Set<TrainNode>>();
Objectify ofy = ObjectifyService.begin();
Query<TrainNode> q = ofy.query(TrainNode.class);
List<Key<TrainNode>> keys;
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
keys = (List<Key<TrainNode>>) cache.get(q.toString());
if (keys == null) {
keys = q.listKeys();
cache.put(q.toString(), keys);
}
} catch (CacheException e) {
keys = q.listKeys();
Logger.getLogger(location).log(Level.SEVERE, functionName + ": Cache error: " + e);
e.printStackTrace();
}
Map<Key<TrainNode>, TrainNode> res = ofy.get(keys);
Collection<TrainNode> tns = res.values();
Logger.getLogger(location)
.log(
Level.INFO,
functionName + ": Got " + res.size() + " TrainNodes. keys.size(): " + keys.size());
// String m = "";
for (TrainNode tn : tns) {
if (!trainNodes.containsKey(tn.getGeoCell())) {
trainNodes.put(tn.getGeoCell(), new HashSet<TrainNode>());
}
trainNodes.get(tn.getGeoCell()).add(tn);
/* if(tn.getLineKey().equals(new Key<Line>(Line.class, 155))) {
// if(tn.getLineType() == 11) {
System.err.print("\"" + tn.getGeoCell() + "\", ");
}*/
}
// Utils.eMailGeneric(m, "DaoTemp");
}
return trainNodes;
}
public void putCathedra(final Cathedra cathedra) throws Exception {
NamespaceController.getInstance().updateNamespace(NamespaceController.generalNamespace);
Query<Cathedra> query = ofy().query(Cathedra.class).filter("name", cathedra.getName());
if (query.count() != 0) {
long oldCathedraId = query.getKey().getId();
cathedra.setId(oldCathedraId);
}
DAOT.runInTransaction(
logger,
new DatastoreOperation<Void>() {
@Override
public Void run(DAOT daot) throws Exception {
daot.getOfy().put(cathedra);
return null;
}
@Override
public String getOperationName() {
return "Persisting of cathedra.";
}
});
}
/*
* returns the Points of a line which are from the original import, without the intermediate points that are created for searches
* caches the keys of the query result so that the entities can be read through a batch get (which checks memcache first). this caching should be evaluated and removed if it does not work out
*/
@SuppressWarnings("unchecked")
public Collection<Point> getPointsToDisplayForLine(Line l, Objectify ofy) {
String functionName = "getPointsForLine()";
List<Key<Point>> keys;
Query<Point> q =
ofy.query(Point.class).ancestor(l).filter("forSearchOnly", false).order("index");
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
keys = (List<Key<Point>>) cache.get(q.toString());
if (keys == null) {
keys = q.listKeys();
cache.put(q.toString(), keys);
}
} catch (CacheException e) {
keys = q.listKeys();
Logger.getLogger(location).log(Level.SEVERE, functionName + ": Cache error: " + e);
e.printStackTrace();
}
Map<Key<Point>, Point> points = ofy.get(keys);
return points.values();
}
public ConnectionProxy indirectSearch(
GeoPt start, GeoPt dest, Set<Key<Line>> tabuTrainsSet, Set<Key<Line>> mlkSet, Objectify ofy) {
final String functionName = "newIndirectSearch()";
final int plusMinus = 8;
final int maxAlternatives = 8;
HashSet<Key<PQA>> PQsForAStar = new HashSet<Key<PQA>>();
Logger.getLogger(location)
.log(Level.INFO, functionName + ": " + "fetching PQAs for " + mlkSet.size() + " lines.");
try {
Cache cache =
CacheManager.getInstance().getCacheFactory().createCache(Collections.emptyMap());
for (Key<Line> k : mlkSet) {
Query<PQA> q = ofy.query(PQA.class).filter("lineKeys", k);
@SuppressWarnings("unchecked")
List<Key<PQA>> rl = (List<Key<PQA>>) cache.get(q.toString());
if (rl == null) {
rl = q.listKeys();
cache.put(q.toString(), rl);
}
PQsForAStar.addAll(rl);
}
} catch (CacheException e) {
Logger.getLogger(location).log(Level.SEVERE, functionName + ": Cache error: " + e);
e.printStackTrace();
}
Logger.getLogger(location)
.log(Level.FINER, functionName + ": " + "Got " + PQsForAStar.size() + " PQs.");
/*for(PlanQuadrat pq : PQsForAStar) {
System.err.print("\"" + pq.getGeoCell() + "\",");
}
System.err.println();*/
HashSet<String> setBusKey = new HashSet<String>();
for (Key<PQA> pq : PQsForAStar) {
setBusKey.add(pq.getName());
}
// HashMap<String, PlanQuadrat> mapBus = new HashMap<String, PlanQuadrat>();
WayHolder wh =
new AStarImpl()
.aStarSearch(
Utils.computeGeoCell(
new com.beoui.geocell.model.Point(start.getLatitude(), start.getLongitude())),
Utils.computeGeoCell(
new com.beoui.geocell.model.Point(dest.getLatitude(), dest.getLongitude())),
setBusKey,
mlkSet,
tabuTrainsSet,
ofy); // erste Cell jeweils aus Liste Start und Liste Dest Cells. das gehört noch
// überarbeitet
/*
for(AStarNode asn : wh.getWay()) {
System.err.print("\"" + asn.getGeoCell() + "\", ");
}
System.err.println();
for(AStarNode asn : wh.getWay()) {
System.err.print("\"" + asn.getOwningLine() + "\", ");
}
System.err.println();*/
if (wh != null && wh.getWay().size() > 1) {
List<AStarNode> way = wh.getWay();
List<AStarNode> umsteigen = wh.getCombinationPoints();
int index = 0;
if (way.get(0).getOwningLine() == null) {
index = 1;
}
Collection<Point> pointsStart;
if (way.get(index).getClass() == AStarNodeImpl.class) {
pointsStart =
getSearchPointsForLine(
way.get(index).getOwningLine(), way.get(index).getPointGeoCell(), plusMinus, ofy);
} else {
Line tempLine = getLineByKey(way.get(index).getOwningLine(), ofy);
if (tempLine.getType() == 11 || tempLine.getType() == 13 || tempLine.getType() == 15) {
pointsStart =
getSearchPointsForLine(
way.get(index).getOwningLine(), way.get(index).getPointGeoCell(), 1, ofy);
} else {
pointsStart =
getSearchPointsForLine(
way.get(index).getOwningLine(), way.get(index).getPointGeoCell(), 0, ofy);
}
}
// System.err.println("pointsStart.size: " + pointsStart.size());
Point startPoint = Utils.closestPoint(start, pointsStart);
List<LineProxy> lineProxies = new LinkedList<LineProxy>();
LineProxy walk =
Utils.walk(new Point(null, start.getLatitude(), start.getLongitude(), null), startPoint);
lineProxies.add(walk);
Point lastPoint = startPoint;
AStarNode lastNode = way.get(index);
for (int i = index; i < way.size(); i++) {
AStarNode an = way.get(i);
if (umsteigen.contains(an)) {
Collection<Point> pointsLine1;
if (an.getClass() == AStarNodeImpl.class) {
pointsLine1 =
getSearchPointsForLine(lastPoint.getOwner(), an.getPointGeoCell(), plusMinus, ofy);
} else {
Line tempLine = getLineByKey(an.getOwningLine(), ofy);
if (tempLine.getType() == 11 || tempLine.getType() == 13 || tempLine.getType() == 15) {
pointsLine1 =
getSearchPointsForLine(an.getOwningLine(), an.getPointGeoCell(), 1, ofy);
} else {
pointsLine1 =
getSearchPointsForLine(an.getOwningLine(), an.getPointGeoCell(), 0, ofy);
}
}
AStarNode next = way.get(i + 1);
Collection<Point> pointsLine2;
if (next.getClass() == AStarNodeImpl.class) {
// System.err.println("Line: " + next.getOwningLine() + " / " +
// Dao.getInstance().getLineByKey(next.getOwningLine(), ofy) + " / " +
// next.getPointGeoCell());
pointsLine2 =
getSearchPointsForLine(
next.getOwningLine(), next.getPointGeoCell(), plusMinus, ofy);
} else {
Line tempLine = getLineByKey(next.getOwningLine(), ofy);
if (tempLine.getType() == 11 || tempLine.getType() == 13 || tempLine.getType() == 15) {
pointsLine2 =
getSearchPointsForLine(next.getOwningLine(), next.getPointGeoCell(), 1, ofy);
} else {
pointsLine2 =
getSearchPointsForLine(next.getOwningLine(), next.getPointGeoCell(), 0, ofy);
}
}
Logger.getLogger(location)
.log(
Level.FINE,
functionName
+ ": Umsteigen von "
+ an.getOwningLine()
+ " zu "
+ next.getOwningLine()
+ " in "
+ an.getPointGeoCell()
+ " und "
+ next.getPointGeoCell()
+ ". Results: "
+ pointsLine1.size()
+ " und "
+ pointsLine2.size());
Iterator<Point> j1 = pointsLine1.iterator();
double min_distance = 999999999.9;
Tuple<Point, Point> tuple_min = null;
while (j1.hasNext()) {
Point outerPoint = j1.next();
Iterator<Point> j2 = pointsLine2.iterator();
while (j2
.hasNext()) { // für jeden Punkt (innerhalb der errechneten cells) von Line inner
// distanz zu jedem Punkt von outer berechnen, das kürzeste Paar
// speichern
Point innerPoint = j2.next();
double distance = Utils.distanceApprox(innerPoint, outerPoint);
if (innerPoint.isIgnore()
|| outerPoint
.isIgnore()) { // absolutely avoid points that are set as ignore. Related to
// the dirty hack that searches any point, if none were found
// that are not "ignore"-flagged. Theoretically there shouldn't
// be any case where this is necessary, but right now there is
// (rarely).
distance += 10000;
}
if (distance < min_distance) {
min_distance = distance;
tuple_min = new Tuple<Point, Point>(outerPoint, innerPoint);
}
}
}
LineProxy c = Utils.getConnection(lastPoint, tuple_min.getFirst(), ofy);
lineProxies.add(c);
Line lastPointOwner1 = ofy.get(lastPoint.getOwner());
if (lastPointOwner1.getType() == 1) { // wenn bus, alternativen suchen
List<Key<Line>> alternativesK = new LinkedList<Key<Line>>();
PlanQuadrat pq1 = Dao.getInstance().getPlanQuadrat(lastPoint.getDefaultGeoCell(), ofy);
PlanQuadrat pq2 =
Dao.getInstance().getPlanQuadrat(tuple_min.getFirst().getDefaultGeoCell(), ofy);
int counter = 0;
for (Key<Line> k1 : pq1.getDirectLineKeys()) {
if (k1.getId()
!= lastPoint.getOwner().getId() // nicht der bus der eh schon genommen wird
&& pq2.getDirectLineKeys()
.contains(k1) // in anfangs und end PQ gleichermaßen enthalten
&& pq1.getIndices().get(pq1.getDirectLineKeys().indexOf(k1))
<= pq2.getIndices().get(pq2.getDirectLineKeys().indexOf(k1))
&& counter < maxAlternatives) {
alternativesK.add(k1);
counter++;
// Logger.getLogger("ListPointsServiceImpl").log(Level.INFO, functionName + ":
// Matching line: " + KeyFactory.keyToString(k1));
}
}
for (Key<Line> k : alternativesK) {
Line l = getLineByKey(k, ofy);
c.addAlternativeLine(l.getLinenum() + " " + l.getRamal());
}
} else if (lastPointOwner1.getType() == 21) { // auch für züge alternativen suchen
List<Key<Line>> alternativesK = new LinkedList<Key<Line>>();
Set<TrainNode> tns1 = Dao.getTrainNodes().get(lastNode.getGeoCell());
Set<TrainNode> tns2 = Dao.getTrainNodes().get(an.getGeoCell());
for (TrainNode tn1 : tns1) {
if (!tn1.getLineKey()
.equals(lastPoint.getOwner())) { // nicht der Zug der eh schon genommen wird
for (TrainNode tn2 : tns2) {
if (tn1.getLineKey().equals(tn2.getLineKey()) // gehören zum gleichen zug
&& tn1.getIndex() < tn2.getIndex()) { // und der index steig
alternativesK.add(tn1.getLineKey());
}
}
}
}
for (Key<Line> k : alternativesK) {
Line l = getLineByKey(k, ofy);
if (!l.getRamal().equals(c.getRamal())) {
c.addAlternativeLine("Ramal a " + l.getRamal());
}
}
}
walk = Utils.walk(tuple_min.getFirst(), tuple_min.getSecond());
lineProxies.add(walk);
lastPoint = tuple_min.getSecond();
lastNode = next;
}
}
index = way.size() - 1;
if (way.get(index).getOwningLine() == null) {
index = way.size() - 2;
}
Collection<Point> pointsDest;
if (way.get(index).getClass() == AStarNodeImpl.class) {
pointsDest =
getSearchPointsForLine(
way.get(index).getOwningLine(), way.get(index).getPointGeoCell(), plusMinus, ofy);
} else {
Line tempLine = getLineByKey(way.get(index).getOwningLine(), ofy);
if (tempLine.getType() == 11 || tempLine.getType() == 13 || tempLine.getType() == 15) {
pointsDest =
getSearchPointsForLine(
way.get(index).getOwningLine(), way.get(index).getPointGeoCell(), 1, ofy);
} else {
pointsDest =
getSearchPointsForLine(
way.get(index).getOwningLine(), way.get(index).getPointGeoCell(), 0, ofy);
}
}
Point destPoint = Utils.closestPoint(dest, pointsDest);
LineProxy c = Utils.getConnection(lastPoint, destPoint, ofy);
lineProxies.add(c);
Line lastPointOwner2 = ofy.get(lastPoint.getOwner());
if (lastPointOwner2.getType() == 1) { // wenn bus, alternativen suchen
List<Key<Line>> alternativesK = new LinkedList<Key<Line>>();
PlanQuadrat pq1 = Dao.getInstance().getPlanQuadrat(lastPoint.getDefaultGeoCell(), ofy);
PlanQuadrat pq2 = Dao.getInstance().getPlanQuadrat(destPoint.getDefaultGeoCell(), ofy);
int counter = 0;
for (Key<Line> k1 : pq1.getDirectLineKeys()) {
if (k1.getId() != lastPoint.getOwner().getId() // nicht der bus der eh schon genommen wird
&& pq2.getDirectLineKeys()
.contains(k1) // in anfangs und end PQ gleichermaßen enthalten
&& pq1.getIndices().get(pq1.getDirectLineKeys().indexOf(k1))
<= pq2.getIndices().get(pq2.getDirectLineKeys().indexOf(k1))
&& counter < maxAlternatives) {
alternativesK.add(k1);
counter++;
// Logger.getLogger("ListPointsServiceImpl").log(Level.INFO, functionName + ": Matching
// line: " + KeyFactory.keyToString(k1));
}
}
for (Key<Line> k : alternativesK) {
Line l = getLineByKey(k, ofy);
c.addAlternativeLine(l.getLinenum() + " " + l.getRamal());
}
} else if (lastPointOwner2.getType() == 21) { // auch für züge alternativen suchen
// System.err.println(lastPoint.getOwner() + " " + lastPointOwner2 + " " +
// lastPoint.getDefaultGeoCell());
List<Key<Line>> alternativesK = new LinkedList<Key<Line>>();
Set<TrainNode> tns1 = Dao.getTrainNodes().get(lastNode.getGeoCell());
Set<TrainNode> tns2 = Dao.getTrainNodes().get(way.get(index).getGeoCell());
for (TrainNode tn1 : tns1) {
if (!tn1.getLineKey()
.equals(lastPoint.getOwner())) { // nicht der Zug der eh schon genommen wird
for (TrainNode tn2 : tns2) {
if (tn1.getLineKey().equals(tn2.getLineKey()) // gehören zum gleichen zug
&& tn1.getIndex() < tn2.getIndex()) { // und der index steig
alternativesK.add(tn1.getLineKey());
}
}
}
}
for (Key<Line> k : alternativesK) {
Line l = getLineByKey(k, ofy);
if (!l.getRamal().equals(c.getRamal())) {
c.addAlternativeLine("Ramal " + l.getRamal());
}
}
}
walk = Utils.walk(destPoint, new Point(null, dest.getLatitude(), dest.getLongitude(), null));
lineProxies.add(walk);
ConnectionProxy cp = new ConnectionProxy(lineProxies);
return cp;
} else {
Logger.getLogger(location).log(Level.INFO, functionName + ": no indirect connection found.");
return null;
}
}