Ticket #18364: 18364.3.patch
| File 18364.3.patch, 69.5 KB (added by , 6 years ago) |
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src/org/openstreetmap/josm/data/validation/OsmValidator.java
60 60 import org.openstreetmap.josm.data.validation.tests.PublicTransportRouteTest; 61 61 import org.openstreetmap.josm.data.validation.tests.RelationChecker; 62 62 import org.openstreetmap.josm.data.validation.tests.RightAngleBuildingTest; 63 import org.openstreetmap.josm.data.validation.tests.RoutingIslandsTest; 63 64 import org.openstreetmap.josm.data.validation.tests.SelfIntersectingWay; 64 65 import org.openstreetmap.josm.data.validation.tests.SharpAngles; 65 66 import org.openstreetmap.josm.data.validation.tests.SimilarNamedWays; … … 150 151 PublicTransportRouteTest.class, // 3600 .. 3699 151 152 RightAngleBuildingTest.class, // 3700 .. 3799 152 153 SharpAngles.class, // 3800 .. 3899 154 RoutingIslandsTest.class, // 3900 .. 3999 153 155 }; 154 156 155 157 /** -
src/org/openstreetmap/josm/data/validation/tests/RoutingIslandsTest.java
1 // License: GPL. For details, see LICENSE file. 2 package org.openstreetmap.josm.data.validation.tests; 3 4 import static org.openstreetmap.josm.tools.I18n.tr; 5 6 import java.util.ArrayList; 7 import java.util.Arrays; 8 import java.util.Collection; 9 import java.util.Collections; 10 import java.util.HashMap; 11 import java.util.HashSet; 12 import java.util.List; 13 import java.util.Map; 14 import java.util.Set; 15 import java.util.function.BiPredicate; 16 import java.util.stream.Collectors; 17 18 import org.openstreetmap.josm.data.osm.Node; 19 import org.openstreetmap.josm.data.osm.OsmPrimitive; 20 import org.openstreetmap.josm.data.osm.Relation; 21 import org.openstreetmap.josm.data.osm.TagMap; 22 import org.openstreetmap.josm.data.osm.Way; 23 import org.openstreetmap.josm.data.preferences.sources.ValidatorPrefHelper; 24 import org.openstreetmap.josm.data.validation.Severity; 25 import org.openstreetmap.josm.data.validation.Test; 26 import org.openstreetmap.josm.data.validation.TestError; 27 import org.openstreetmap.josm.gui.progress.ProgressMonitor; 28 import org.openstreetmap.josm.spi.preferences.Config; 29 import org.openstreetmap.josm.tools.Access; 30 import org.openstreetmap.josm.tools.Pair; 31 32 /** 33 * A test for routing islands 34 * 35 * @author Taylor Smock 36 * @since xxx 37 */ 38 public class RoutingIslandsTest extends Test { 39 40 private static final Map<Integer, Severity> SEVERITY_MAP = new HashMap<>(); 41 /** The code for the routing island validation test */ 42 public static final int ROUTING_ISLAND = 3900; 43 /** The code for ways that are not connected to other ways, and are routable */ 44 public static final int LONELY_WAY = 3901; 45 static { 46 SEVERITY_MAP.put(ROUTING_ISLAND, Severity.OTHER); 47 SEVERITY_MAP.put(LONELY_WAY, Severity.ERROR); 48 } 49 50 private static final String HIGHWAY = "highway"; 51 private static final String WATERWAY = "waterway"; 52 53 /** 54 * This is mostly as a sanity check, and to avoid infinite recursion (shouldn't 55 * happen, but still) 56 */ 57 private static final int MAX_LOOPS = 1000; 58 /** Highways to check for routing connectivity */ 59 private Set<Way> potentialHighways; 60 /** Waterways to check for routing connectivity */ 61 private Set<Way> potentialWaterways; 62 63 /** 64 * Constructs a new {@code RightAngleBuildingTest} test. 65 */ 66 public RoutingIslandsTest() { 67 super(tr("Routing islands"), tr("Checks for roads that cannot be reached or left.")); 68 super.setPartialSelection(false); 69 } 70 71 @Override 72 public void startTest(ProgressMonitor monitor) { 73 super.startTest(monitor); 74 potentialHighways = new HashSet<>(); 75 potentialWaterways = new HashSet<>(); 76 } 77 78 @Override 79 public void endTest() { 80 Access.AccessTags.getByTransportType(Access.AccessTags.LAND_TRANSPORT_TYPE).parallelStream().forEach(mode -> { 81 runTest(mode.getKey(), potentialHighways); 82 progressMonitor.setCustomText(mode.getKey()); 83 }); 84 Access.AccessTags.getByTransportType(Access.AccessTags.WATER_TRANSPORT_TYPE).parallelStream().forEach(mode -> { 85 progressMonitor.setCustomText(mode.getKey()); 86 runTest(mode.getKey(), potentialWaterways); 87 }); 88 super.endTest(); 89 } 90 91 @Override 92 public void visit(Way way) { 93 if (way.isUsable() && way.getNodes().parallelStream().anyMatch(node -> way.getDataSet().getDataSourceBounds() 94 .parallelStream().anyMatch(source -> source.contains(node.getCoor())))) { 95 if ((way.hasKey(HIGHWAY) || way.hasKey(WATERWAY)) 96 && way.getNodes().parallelStream().flatMap(node -> node.getReferrers().parallelStream()).distinct() 97 .allMatch(way::equals) 98 && way.getNodes().parallelStream().noneMatch(Node::isOutsideDownloadArea)) { 99 errors.add(TestError.builder(this, SEVERITY_MAP.get(LONELY_WAY), LONELY_WAY).primitives(way) 100 .message(tr("Routable way not connected to other ways")).build()); 101 } else if ((ValidatorPrefHelper.PREF_OTHER.get() || ValidatorPrefHelper.PREF_OTHER_UPLOAD.get() 102 || !Severity.OTHER.equals(SEVERITY_MAP.get(ROUTING_ISLAND)))) { 103 if (way.hasKey(HIGHWAY)) { 104 potentialHighways.add(way); 105 } else if (way.hasKey(WATERWAY)) { 106 potentialWaterways.add(way); 107 } 108 } 109 } 110 } 111 112 private void runTest(String currentTransportMode, Collection<Way> potentialWays) { 113 Set<Way> incomingWays = new HashSet<>(); 114 Set<Way> outgoingWays = new HashSet<>(); 115 findConnectedWays(currentTransportMode, potentialWays, incomingWays, outgoingWays); 116 Set<Way> toIgnore = potentialWays.parallelStream() 117 .filter(way -> incomingWays.contains(way) || outgoingWays.contains(way)) 118 .filter(way -> !Access.getPositiveAccessValues().contains( 119 getDefaultAccessTags(way).getOrDefault(currentTransportMode, Access.AccessTags.NO.getKey()))) 120 .collect(Collectors.toSet()); 121 incomingWays.removeAll(toIgnore); 122 outgoingWays.removeAll(toIgnore); 123 124 checkForUnconnectedWays(incomingWays, outgoingWays, currentTransportMode); 125 List<Pair<String, Set<Way>>> problematic = collectConnected(potentialWays.parallelStream() 126 .filter(way -> !incomingWays.contains(way) || !outgoingWays.contains(way)) 127 .filter(way -> Access.getPositiveAccessValues().contains( 128 getDefaultAccessTags(way).getOrDefault(currentTransportMode, Access.AccessTags.NO.getKey()))) 129 .collect(Collectors.toSet())).parallelStream() 130 .map(way -> new Pair<>((incomingWays.containsAll(way) ? "outgoing" : "incoming"), way)) 131 .collect(Collectors.toList()); 132 createErrors(problematic, currentTransportMode, potentialWays); 133 } 134 135 /** 136 * Find ways that may be connected to the wider network 137 * 138 * @param currentTransportMode The current mode of transport 139 * @param potentialWays The ways to check for connections 140 * @param incomingWays A collection that will have incoming ways after 141 * this method is called 142 * @param outgoingWays A collection that will have outgoing ways after 143 * this method is called 144 */ 145 private static void findConnectedWays(String currentTransportMode, Collection<Way> potentialWays, 146 Collection<Way> incomingWays, Collection<Way> outgoingWays) { 147 for (Way way : potentialWays) { 148 if (way.isUsable() && way.isOutsideDownloadArea()) { 149 Node firstNode = firstNode(way, currentTransportMode); 150 Node lastNode = lastNode(way, currentTransportMode); 151 if (isOneway(way, currentTransportMode) != 0 && firstNode != null && firstNode.isOutsideDownloadArea()) 152 incomingWays.add(way); 153 if (isOneway(way, currentTransportMode) != 0 && lastNode != null && lastNode.isOutsideDownloadArea()) { 154 outgoingWays.add(way); 155 } 156 if (isOneway(way, currentTransportMode) == 0 && firstNode != null // Don't need to test lastNode 157 && (way.firstNode().isOutsideDownloadArea() || way.lastNode().isOutsideDownloadArea())) { 158 incomingWays.add(way); 159 outgoingWays.add(way); 160 } 161 } 162 } 163 } 164 165 /** 166 * Take a collection of ways and modify it so that it is a list of connected 167 * ways 168 * 169 * @param ways A collection of ways that may or may not be connected 170 * @return a list of sets of ways that are connected 171 */ 172 private static List<Set<Way>> collectConnected(Collection<Way> ways) { 173 ArrayList<Set<Way>> collected = new ArrayList<>(); 174 ArrayList<Way> listOfWays = new ArrayList<>(ways); 175 final int maxLoop = Config.getPref().getInt("validator.routingislands.maxrecursion", MAX_LOOPS); 176 for (int i = 0; i < listOfWays.size(); i++) { 177 Way initial = listOfWays.get(i); 178 Set<Way> connected = new HashSet<>(); 179 connected.add(initial); 180 int loopCounter = 0; 181 while (!getConnected(connected) && loopCounter < maxLoop) { 182 loopCounter++; 183 } 184 if (listOfWays.removeAll(connected)) 185 i--; // NOSONAR not an issue -- this ensures that everything is accounted for, only 186 // triggers when ways removed 187 collected.add(connected); 188 } 189 return collected; 190 } 191 192 private static boolean getConnected(Collection<Way> ways) { 193 TagMap defaultAccess = getDefaultAccessTags(ways.iterator().next()); 194 return ways.addAll(ways.parallelStream().flatMap(way -> way.getNodes().parallelStream()) 195 .flatMap(node -> node.getReferrers().parallelStream()).filter(Way.class::isInstance) 196 .map(Way.class::cast).filter(way -> getDefaultAccessTags(way).equals(defaultAccess)) 197 .collect(Collectors.toSet())); 198 } 199 200 private void createErrors(List<Pair<String, Set<Way>>> problematic, String mode, Collection<Way> potentialWays) { 201 for (Pair<String, Set<Way>> ways : problematic) { 202 errors.add( 203 TestError.builder(this, SEVERITY_MAP.getOrDefault(ROUTING_ISLAND, Severity.OTHER), ROUTING_ISLAND) 204 .message(tr("Routing island"), "{1}: {0}", tr(ways.a), mode == null ? "default" : mode) 205 .primitives(ways.b).build()); 206 } 207 } 208 209 /** 210 * Check for unconnected ways 211 * 212 * @param incoming The current incoming ways (will be modified) 213 * @param outgoing The current outgoing ways (will be modified) 214 * @param currentTransportMode The transport mode we are investigating (may be 215 * {@code null}) 216 */ 217 public static void checkForUnconnectedWays(Collection<Way> incoming, Collection<Way> outgoing, 218 String currentTransportMode) { 219 int loopCount = 0; 220 int maxLoops = Config.getPref().getInt("validator.routingislands.maxrecursion", MAX_LOOPS); 221 do { 222 loopCount++; 223 } while (loopCount <= maxLoops && getWaysFor(incoming, currentTransportMode, 224 (way, oldWay) -> oldWay.containsNode(firstNode(way, currentTransportMode)) 225 && checkAccessibility(oldWay, way, currentTransportMode))); 226 loopCount = 0; 227 do { 228 loopCount++; 229 } while (loopCount <= maxLoops && getWaysFor(outgoing, currentTransportMode, 230 (way, oldWay) -> oldWay.containsNode(lastNode(way, currentTransportMode)) 231 && checkAccessibility(oldWay, way, currentTransportMode))); 232 } 233 234 private static boolean getWaysFor(Collection<Way> directional, String currentTransportMode, 235 BiPredicate<Way, Way> predicate) { 236 Set<Way> toAdd = new HashSet<>(); 237 for (Way way : directional) { 238 for (Node node : way.getNodes()) { 239 Set<Way> referrers = node.getReferrers(true).parallelStream().filter(Way.class::isInstance) 240 .map(Way.class::cast).filter(tWay -> !directional.contains(tWay)).collect(Collectors.toSet()); 241 for (Way tWay : referrers) { 242 if (isOneway(tWay, currentTransportMode) == 0 || predicate.test(tWay, way) 243 || tWay.isClosed()) { 244 toAdd.add(tWay); 245 } 246 } 247 } 248 } 249 return directional.addAll(toAdd); 250 } 251 252 /** 253 * Check if I can get to way to from way from (currently doesn't work with via 254 * ways) 255 * 256 * @param from The from way 257 * @param to The to way 258 * @param currentTransportMode The specific transport mode to check 259 * @return {@code true} if the to way can be accessed from the from way TODO 260 * clean up and work with via ways 261 */ 262 public static boolean checkAccessibility(Way from, Way to, String currentTransportMode) { 263 boolean isAccessible = true; 264 265 List<Relation> relations = from.getReferrers().parallelStream().distinct().filter(Relation.class::isInstance) 266 .map(Relation.class::cast).filter(relation -> "restriction".equals(relation.get("type"))) 267 .collect(Collectors.toList()); 268 for (Relation relation : relations) { 269 if (((relation.hasKey("except") && relation.get("except").contains(currentTransportMode)) 270 || (currentTransportMode == null || currentTransportMode.trim().isEmpty())) 271 && relation.getMembersFor(Collections.singleton(from)).parallelStream() 272 .anyMatch(member -> "from".equals(member.getRole())) 273 && relation.getMembersFor(Collections.singleton(to)).parallelStream() 274 .anyMatch(member -> "to".equals(member.getRole()))) { 275 isAccessible = false; 276 } 277 } 278 return isAccessible; 279 } 280 281 /** 282 * Check if a node connects to the outside world 283 * 284 * @param node The node to check 285 * @return true if outside download area, connects to an aeroport, or a water 286 * transport 287 */ 288 public static Boolean outsideConnections(Node node) { 289 boolean outsideConnections = false; 290 if (node.isOutsideDownloadArea() || node.hasTag("amenity", "parking_entrance", "parking", "parking_space", 291 "motorcycle_parking", "ferry_terminal")) 292 outsideConnections = true; 293 return outsideConnections; 294 } 295 296 /** 297 * Check if a way is oneway for a specific transport type 298 * 299 * @param way The way to look at 300 * @param transportType The specific transport type 301 * @return See {@link Way#isOneway} (but may additionally return {@code null} if 302 * the transport type cannot route down that way) 303 */ 304 public static Integer isOneway(Way way, String transportType) { 305 if (transportType == null || transportType.trim().isEmpty()) { 306 return way.isOneway(); 307 } 308 String forward = transportType.concat(":forward"); 309 String backward = transportType.concat(":backward"); 310 boolean possibleForward = "yes".equals(way.get(forward)) || (!way.hasKey(forward) && way.isOneway() != -1); 311 boolean possibleBackward = "yes".equals(way.get(backward)) || (!way.hasKey(backward) && way.isOneway() != 1); 312 if (transportType.equals(Access.AccessTags.FOOT.getKey()) && !"footway".equals(way.get("highway")) 313 && !way.hasTag("foot:forward") && !way.hasTag("foot:backward")) { 314 return 0; // Foot is almost never oneway, especially on generic road types. There are some 315 // cases on mountain paths. 316 } 317 if (possibleForward && !possibleBackward) { 318 return 1; 319 } else if (!possibleForward && possibleBackward) { 320 return -1; 321 } else if (!possibleBackward) { 322 return null; 323 } 324 return 0; 325 } 326 327 /** 328 * Get the first node of a way respecting the oneway for a transport type 329 * 330 * @param way The way to get the node from 331 * @param transportType The transport type 332 * @return The first node for the specified transport type, or null if it is not 333 * routable 334 */ 335 public static Node firstNode(Way way, String transportType) { 336 Integer oneway = isOneway(way, transportType); 337 Node node = (Integer.valueOf(-1).equals(oneway)) ? way.lastNode() : way.firstNode(); 338 Way tWay = new Way(way); 339 tWay.clearOsmMetadata(); 340 341 Map<String, String> accessValues = getDefaultAccessTags(way); 342 boolean accessible = Access.getPositiveAccessValues() 343 .contains(accessValues.getOrDefault(transportType, Access.AccessTags.NO.getKey())); 344 return (transportType == null || accessible) ? node : null; 345 346 } 347 348 /** 349 * Get the last node of a way respecting the oneway for a transport type 350 * 351 * @param way The way to get the node from 352 * @param transportType The transport type 353 * @return The last node for the specified transport type, or the last node of 354 * the way, or null if it is not routable 355 */ 356 public static Node lastNode(Way way, String transportType) { 357 Integer oneway = isOneway(way, transportType); 358 Node node = (Integer.valueOf(-1).equals(oneway)) ? way.firstNode() : way.lastNode(); 359 Map<String, String> accessValues = getDefaultAccessTags(way); 360 boolean accessible = Access.getPositiveAccessValues() 361 .contains(accessValues.getOrDefault(transportType, Access.AccessTags.NO.getKey())); 362 return (transportType == null || accessible) ? node : null; 363 } 364 365 /** 366 * Get the default access tags for a primitive 367 * 368 * @param primitive The primitive to get access tags for 369 * @return The map of access tags to access 370 */ 371 public static TagMap getDefaultAccessTags(OsmPrimitive primitive) { 372 TagMap access = new TagMap(); 373 final TagMap tags; 374 if (primitive.hasKey(HIGHWAY)) { 375 tags = getDefaultHighwayAccessTags(primitive.getKeys()); 376 } else if (primitive.hasKey(WATERWAY)) { 377 tags = getDefaultWaterwayAccessTags(primitive.getKeys()); 378 } else { 379 tags = new TagMap(); 380 } 381 tags.putAll(Access.expandAccessValues(tags)); 382 383 for (String direction : Arrays.asList("", "forward:", "backward:")) { 384 Access.getTransportModes().parallelStream().map(direction::concat).filter(tags::containsKey) 385 .forEach(mode -> access.put(mode, tags.get(direction.concat(mode)))); 386 } 387 return access; 388 } 389 390 private static TagMap getDefaultWaterwayAccessTags(TagMap tags) { 391 if ("river".equals(tags.get(WATERWAY))) { 392 tags.putIfAbsent("boat", Access.AccessTags.YES.getKey()); 393 } 394 return tags; 395 } 396 397 private static TagMap getDefaultHighwayAccessTags(TagMap tags) { 398 String highway = tags.get(HIGHWAY); 399 400 if (tags.containsKey("sidewalk") && !tags.get("sidewalk").equals(Access.AccessTags.NO.getKey())) { 401 tags.putIfAbsent(Access.AccessTags.FOOT.getKey(), Access.AccessTags.YES.getKey()); 402 } 403 404 if (tags.keySet().parallelStream() 405 .anyMatch(str -> str.contains("cycleway") && !Access.AccessTags.NO.getKey().equals(tags.get(str)))) { 406 tags.putIfAbsent(Access.AccessTags.BICYCLE.getKey(), Access.AccessTags.YES.getKey()); 407 } 408 409 if ("residential".equals(highway)) { 410 tags.putIfAbsent(Access.AccessTags.VEHICLE.getKey(), Access.AccessTags.YES.getKey()); 411 tags.putIfAbsent(Access.AccessTags.FOOT.getKey(), Access.AccessTags.YES.getKey()); 412 tags.putIfAbsent(Access.AccessTags.BICYCLE.getKey(), Access.AccessTags.YES.getKey()); 413 } else if (Arrays.asList("service", "unclassified", "tertiary", "tertiary_link").contains(highway)) { 414 tags.putIfAbsent(Access.AccessTags.VEHICLE.getKey(), Access.AccessTags.YES.getKey()); 415 } else if (Arrays.asList("secondary", "secondary_link").contains(highway)) { 416 tags.putIfAbsent(Access.AccessTags.VEHICLE.getKey(), Access.AccessTags.YES.getKey()); 417 } else if (Arrays.asList("primary", "primary_link").contains(highway)) { 418 tags.putIfAbsent(Access.AccessTags.VEHICLE.getKey(), Access.AccessTags.YES.getKey()); 419 tags.putIfAbsent(Access.AccessTags.HGV.getKey(), Access.AccessTags.YES.getKey()); 420 } else if (Arrays.asList("motorway", "trunk", "motorway_link", "trunk_link").contains(highway)) { 421 tags.putIfAbsent(Access.AccessTags.VEHICLE.getKey(), Access.AccessTags.YES.getKey()); 422 tags.putIfAbsent(Access.AccessTags.BICYCLE.getKey(), Access.AccessTags.NO.getKey()); 423 tags.putIfAbsent(Access.AccessTags.FOOT.getKey(), Access.AccessTags.NO.getKey()); 424 } else if ("steps".equals(highway)) { 425 tags.putIfAbsent(Access.AccessTags.ACCESS_KEY.getKey(), Access.AccessTags.NO.getKey()); 426 tags.putIfAbsent(Access.AccessTags.FOOT.getKey(), Access.AccessTags.YES.getKey()); 427 } else if ("path".equals(highway)) { 428 tags.putIfAbsent(Access.AccessTags.MOTOR_VEHICLE.getKey(), Access.AccessTags.NO.getKey()); 429 tags.putIfAbsent(Access.AccessTags.EMERGENCY.getKey(), Access.AccessTags.DESTINATION.getKey()); 430 } else if ("footway".equals(highway)) { 431 tags.putIfAbsent(Access.AccessTags.FOOT.getKey(), Access.AccessTags.DESIGNATED.getKey()); 432 } else if ("bus_guideway".equals(highway)) { 433 tags.putIfAbsent(Access.AccessTags.ACCESS_KEY.getKey(), Access.AccessTags.NO.getKey()); 434 tags.putIfAbsent(Access.AccessTags.BUS.getKey(), Access.AccessTags.DESIGNATED.getKey()); 435 } else if ("road".equals(highway)) { // Don't expect these to be routable 436 tags.putIfAbsent(Access.AccessTags.ACCESS_KEY.getKey(), Access.AccessTags.NO.getKey()); 437 } else { 438 tags.putIfAbsent(Access.AccessTags.ACCESS_KEY.getKey(), Access.AccessTags.YES.getKey()); 439 } 440 return tags; 441 } 442 443 /** 444 * Get the error level for a test 445 * 446 * @param test The integer value of the test error 447 * @return The severity for the test 448 */ 449 public static Severity getErrorLevel(int test) { 450 return SEVERITY_MAP.get(test); 451 } 452 453 /** 454 * Set the error level for a test 455 * 456 * @param test The integer value of the test error 457 * @param severity The new severity for the test 458 */ 459 public static void setErrorLevel(int test, Severity severity) { 460 SEVERITY_MAP.put(test, severity); 461 } 462 } -
src/org/openstreetmap/josm/tools/Access.java
1 // License: GPL. For details, see LICENSE file. 2 package org.openstreetmap.josm.tools; 3 4 import java.util.ArrayList; 5 import java.util.Arrays; 6 import java.util.Collection; 7 import java.util.Collections; 8 import java.util.Comparator; 9 import java.util.HashMap; 10 import java.util.HashSet; 11 import java.util.List; 12 import java.util.Map; 13 import java.util.Map.Entry; 14 import java.util.Objects; 15 import java.util.Set; 16 import java.util.stream.Collectors; 17 18 import org.openstreetmap.josm.data.osm.OsmPrimitive; 19 20 /** 21 * Access tag related utilities 22 * 23 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:access">Key:access</a> 24 * 25 * @author Taylor Smock 26 * @since xxx 27 */ 28 public class Access { 29 /** 30 * Holds access tags to avoid typos 31 */ 32 public enum AccessTags { 33 /** Air, land, and sea */ 34 ALL_TRANSPORT_TYPE("all"), 35 36 /** 37 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:access">Key:access</a> 38 */ 39 ACCESS_KEY("access", ALL_TRANSPORT_TYPE), 40 41 // Access tag values 42 /** 43 * @see <a href= 44 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dyes">Tag:access%3Dyes</a> 45 */ 46 YES("yes"), 47 /** 48 * @see <a href= 49 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dofficial">Tag:access%3Dofficial</a> 50 */ 51 OFFICIAL("official"), 52 /** 53 * @see <a href= 54 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Ddesignated">Tag:access%3Ddesignated</a> 55 */ 56 DESIGNATED("designated"), 57 /** 58 * @see <a href= 59 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Ddestination">Tag:access%3Ddestination</a> 60 */ 61 DESTINATION("destination"), 62 /** 63 * @see <a href= 64 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Ddelivery">Tag:access%3Ddelivery</a> 65 */ 66 DELIVERY("delivery"), 67 /** 68 * @see <a href= 69 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dcustomers">Tag:access%3Dcustomers</a> 70 */ 71 CUSTOMERS("customers"), 72 /** 73 * @see <a href= 74 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dpermissive">Tag:access%3Dpermissive</a> 75 */ 76 PERMISSIVE("permissive"), 77 /** 78 * @see <a href= 79 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dagricultural">Tag:access%3Dagricultural</a> 80 */ 81 AGRICULTURAL("agricultural"), 82 /** 83 * @see <a href= 84 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dforestry">Tag:access%3Dforestry</a> 85 */ 86 FORESTRY("forestry"), 87 /** 88 * @see <a href= 89 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dprivate">Tag:access%3Dprivate</a> 90 */ 91 PRIVATE("private"), 92 /** 93 * @see <a href= 94 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Dno">Tag:access%3Dno</a> 95 */ 96 NO("no"), 97 /** 98 * @see <a href= 99 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Ddiscouraged">Tag:access%3Ddiscouraged</a> 100 */ 101 DISCOURAGED("discouraged"), 102 /** 103 * @see <a href= 104 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Duse_sidepath">Tag:access%3Duse_sidepath</a> 105 */ 106 USE_SIDEPATH("use_sidepath"), 107 /** 108 * @see <a href= 109 * "https://wiki.openstreetmap.org/wiki/Tag:access%3Ddismount">Tag:access%3Ddismount</a> 110 */ 111 DISMOUNT("dismount"), 112 // Land 113 /** Land transport types */ 114 LAND_TRANSPORT_TYPE("land", ALL_TRANSPORT_TYPE), 115 /** 116 * @see <a href= 117 * "https://wiki.openstreetmap.org/wiki/Key:vehicle">Key:vehicle</a> 118 */ 119 VEHICLE("vehicle", LAND_TRANSPORT_TYPE), 120 /** 121 * @see <a href= 122 * "https://wiki.openstreetmap.org/wiki/Key:motor_vehicle">Key:motor_vehicle</a> 123 */ 124 MOTOR_VEHICLE("motor_vehicle", LAND_TRANSPORT_TYPE), 125 /** 126 * @see <a href= 127 * "https://wiki.openstreetmap.org/wiki/Key:trailer">Key:trailer</a> 128 */ 129 TRAILER("trailer", LAND_TRANSPORT_TYPE), 130 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:foot">Key:foot</a> */ 131 FOOT("foot", LAND_TRANSPORT_TYPE), 132 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:ski">Key:ski</a> */ 133 SKI("ski", LAND_TRANSPORT_TYPE), 134 /** 135 * @see <a href= 136 * "https://wiki.openstreetmap.org/wiki/Key:inline_skates">Key:inline_skates</a> 137 */ 138 INLINE_SKATES("inline_skates", LAND_TRANSPORT_TYPE), 139 /** 140 * @see <a href= 141 * "https://wiki.openstreetmap.org/wiki/Key:ice_skates">Key:ice_skates</a> 142 */ 143 ICE_SKATES("ice_skates", LAND_TRANSPORT_TYPE), 144 /** 145 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:horse">Key:horse</a> 146 */ 147 HORSE("horse", LAND_TRANSPORT_TYPE), 148 /** 149 * @see <a href= 150 * "https://wiki.openstreetmap.org/wiki/Key:bicycle">Key:bicycle</a> 151 */ 152 BICYCLE("bicycle", LAND_TRANSPORT_TYPE), 153 /** 154 * @see <a href= 155 * "https://wiki.openstreetmap.org/wiki/Key:carriage">Key:carriage</a> 156 */ 157 CARRIAGE("carriage", LAND_TRANSPORT_TYPE), 158 /** 159 * @see <a href= 160 * "https://wiki.openstreetmap.org/wiki/Key:caravan">Key:caravan</a> 161 */ 162 CARAVAN("caravan", LAND_TRANSPORT_TYPE), 163 /** 164 * @see <a href= 165 * "https://wiki.openstreetmap.org/wiki/Key:motorcycle">Key:motorcycle</a> 166 */ 167 MOTORCYCLE("motorcycle", LAND_TRANSPORT_TYPE), 168 /** 169 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:moped">Key:moped</a> 170 */ 171 MOPED("moped", LAND_TRANSPORT_TYPE), 172 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:mofa">Key:mofa</a> */ 173 MOFA("mofa", LAND_TRANSPORT_TYPE), 174 /** 175 * @see <a href= 176 * "https://wiki.openstreetmap.org/wiki/Key:motorcar">Key:motorcar</a> 177 */ 178 MOTORCAR("motorcar", LAND_TRANSPORT_TYPE), 179 /** 180 * @see <a href= 181 * "https://wiki.openstreetmap.org/wiki/Key:motorhome">Key:motorhome</a> 182 */ 183 MOTORHOME("motorhome", LAND_TRANSPORT_TYPE), 184 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:psv">Key:psv</a> */ 185 PSV("psv", LAND_TRANSPORT_TYPE), 186 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:bus">Key:bus</a> */ 187 BUS("bus", LAND_TRANSPORT_TYPE), 188 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:taxi">Key:taxi</a> */ 189 TAXI("taxi", LAND_TRANSPORT_TYPE), 190 /** 191 * @see <a href= 192 * "https://wiki.openstreetmap.org/wiki/Key:tourist_bus">Key:tourist_bus</a> 193 */ 194 TOURIST_BUS("tourist_bus", LAND_TRANSPORT_TYPE), 195 /** 196 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:goods">Key:goods</a> 197 */ 198 GOODS("goods", LAND_TRANSPORT_TYPE), 199 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:hgv">Key:hgv</a> */ 200 HGV("hgv", LAND_TRANSPORT_TYPE), 201 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:atv">Key:atv</a> */ 202 ATV("atv", LAND_TRANSPORT_TYPE), 203 /** 204 * @see <a href= 205 * "https://wiki.openstreetmap.org/wiki/Key:snowmobile">Key:snowmobile</a> 206 */ 207 SNOWMOBILE("snowmobile", LAND_TRANSPORT_TYPE), 208 /** 209 * @see <a href= 210 * "https://wiki.openstreetmap.org/wiki/Key:hgv_articulated">Key:hgv_articulated</a> 211 */ 212 HGV_ARTICULATED("hgv_articulated", LAND_TRANSPORT_TYPE), 213 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:ski">Key:ski</a> */ 214 SKI_NORDIC("ski:nordic", LAND_TRANSPORT_TYPE), 215 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:ski">Key:ski</a> */ 216 SKI_ALPINE("ski:alpine", LAND_TRANSPORT_TYPE), 217 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:ski">Key:ski</a> */ 218 SKI_TELEMARK("ski:telemark", LAND_TRANSPORT_TYPE), 219 /** 220 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:coach">Key:coach</a> 221 */ 222 COACH("coach", LAND_TRANSPORT_TYPE), 223 /** 224 * @see <a href= 225 * "https://wiki.openstreetmap.org/wiki/Key:golf_cart">Key:golf_cart</a> 226 */ 227 GOLF_CART("golf_cart", LAND_TRANSPORT_TYPE), 228 /** 229 * @see <a href= 230 * "https://wiki.openstreetmap.org/wiki/Key:minibus">Key:minibus</a> 231 */ 232 MINIBUS("minibus", LAND_TRANSPORT_TYPE), 233 /** 234 * @see <a href= 235 * "https://wiki.openstreetmap.org/wiki/Key:share_taxi">Key:share_taxi</a> 236 */ 237 SHARE_TAXI("share_taxi", LAND_TRANSPORT_TYPE), 238 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:hov">Key:hov</a> */ 239 HOV("hov", LAND_TRANSPORT_TYPE), 240 /** 241 * @see <a href= 242 * "https://wiki.openstreetmap.org/wiki/Key:car_sharing">Key:car_sharing</a> 243 */ 244 CAR_SHARING("car_sharing", LAND_TRANSPORT_TYPE), 245 /** 246 * Routers should default to {@code yes}, regardless of higher access rules, 247 * assuming it is navigatible by vehicle 248 * 249 * @see <a href= 250 * "https://wiki.openstreetmap.org/wiki/Key:emergency">Key:emergency</a> 251 */ 252 EMERGENCY("emergency", LAND_TRANSPORT_TYPE), 253 /** 254 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:hazmat">Key:hazmat</a> 255 */ 256 HAZMAT("hazmat", LAND_TRANSPORT_TYPE), 257 /** 258 * @see <a href= 259 * "https://wiki.openstreetmap.org/wiki/Key:disabled">Key:disabled</a> 260 */ 261 DISABLED("disabled", LAND_TRANSPORT_TYPE), 262 263 // Water 264 /** Water transport type */ 265 WATER_TRANSPORT_TYPE("water", ALL_TRANSPORT_TYPE), 266 /** 267 * @see <a href= 268 * "https://wiki.openstreetmap.org/wiki/Key:swimming">Key:swimming</a> 269 */ 270 SWIMMING("swimming", WATER_TRANSPORT_TYPE), 271 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:boat">Key:boat</a> */ 272 BOAT("boat", WATER_TRANSPORT_TYPE), 273 /** 274 * @see <a href= 275 * "https://wiki.openstreetmap.org/wiki/Key:fishing_vessel">Key:fishing_vessel</a> 276 */ 277 FISHING_VESSEL("fishing_vessel", WATER_TRANSPORT_TYPE), 278 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:ship">Key:ship</a> */ 279 SHIP("ship", WATER_TRANSPORT_TYPE), 280 /** 281 * @see <a href= 282 * "https://wiki.openstreetmap.org/wiki/Key:motorboat">Key:motorboat</a> 283 */ 284 MOTORBOAT("motorboat", WATER_TRANSPORT_TYPE), 285 /** 286 * @see <a href= 287 * "https://wiki.openstreetmap.org/wiki/Key:sailboat">Key:sailboat</a> 288 */ 289 SAILBOAT("sailboat", WATER_TRANSPORT_TYPE), 290 /** 291 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:canoe">Key:canoe</a> 292 */ 293 CANOE("canoe", WATER_TRANSPORT_TYPE), 294 /** 295 * @see <a href= 296 * "https://wiki.openstreetmap.org/wiki/Key:passenger">Key:passenger</a> 297 */ 298 PASSENGER("passenger", WATER_TRANSPORT_TYPE), 299 /** 300 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:cargo">Key:cargo</a> 301 */ 302 CARGO("cargo", WATER_TRANSPORT_TYPE), 303 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:isps">Key:isps</a> */ 304 ISPS("isps", WATER_TRANSPORT_TYPE), 305 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:bulk">Key:bulk</a> */ 306 BULK("bulk", WATER_TRANSPORT_TYPE), 307 /** 308 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:tanker">Key:tanker</a> 309 */ 310 TANKER("tanker", WATER_TRANSPORT_TYPE), 311 /** 312 * @see <a href= 313 * "https://wiki.openstreetmap.org/wiki/Key:container">Key:container</a> 314 */ 315 CONTAINER("container", WATER_TRANSPORT_TYPE), 316 /** @see <a href="https://wiki.openstreetmap.org/wiki/Key:imdg">Key:imdg</a> */ 317 IMDG("imdg", WATER_TRANSPORT_TYPE), 318 /** 319 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:tanker">Key:tanker</a> 320 */ 321 TANKER_GAS("tanker:gas", WATER_TRANSPORT_TYPE), 322 /** 323 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:tanker">Key:tanker</a> 324 */ 325 TANKER_OIL("tanker:oil", WATER_TRANSPORT_TYPE), 326 /** 327 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:tanker">Key:tanker</a> 328 */ 329 TANKER_CHEMICAL("tanker:chemical", WATER_TRANSPORT_TYPE), 330 /** 331 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:tanker">Key:tanker</a> 332 */ 333 TANKER_SINGLEHULL("tanker:singlehull", WATER_TRANSPORT_TYPE), 334 335 // Trains 336 /** Rail transport type */ 337 RAIL_TRANSPORT_TYPE("rail", ALL_TRANSPORT_TYPE), 338 /** 339 * @see <a href="https://wiki.openstreetmap.org/wiki/Key:train">Key:train</a> 340 */ 341 TRAIN("train", RAIL_TRANSPORT_TYPE); 342 343 private String key; 344 private AccessTags type; 345 346 AccessTags(String key) { 347 this.key = key; 348 this.type = null; 349 } 350 351 AccessTags(String key, AccessTags type) { 352 this.key = key; 353 this.type = type; 354 } 355 356 /** 357 * @return The key for the enum 358 */ 359 public String getKey() { 360 return key; 361 } 362 363 /** 364 * @return The AccessTags transport type 365 * (RAIL_TRANSPORT_TYPE/WATER_TRANSPORT_TYPE/etc) 366 */ 367 public AccessTags getTransportType() { 368 return type; 369 } 370 371 /** 372 * Check if this is a parent transport type (air/sea/water/all) 373 * 374 * @param potentialDescendant The AccessTags that we want to check 375 * @return true if valueOf is a child transport type of this 376 */ 377 public boolean parentOf(AccessTags potentialDescendant) { 378 AccessTags tmp = potentialDescendant; 379 while (tmp != null && tmp != this) { 380 tmp = tmp.getTransportType(); 381 } 382 return tmp == this; 383 } 384 385 /** 386 * Get the enum that matches the mode 387 * 388 * @param childrenMode The mode to get the access tag 389 * @return The AccessTags enum that matches the childrenMode, or null 390 */ 391 public static AccessTags get(String childrenMode) { 392 for (AccessTags value : values()) { 393 if (value.getKey().equalsIgnoreCase(childrenMode)) { 394 return value; 395 } 396 } 397 return null; 398 } 399 400 /** 401 * Get access tags that match a certain type 402 * 403 * @param type {@link AccessTags#WATER_TRANSPORT_TYPE}, 404 * {@link AccessTags#LAND_TRANSPORT_TYPE}, 405 * {@link AccessTags#RAIL_TRANSPORT_TYPE}, or 406 * {@link AccessTags#ALL_TRANSPORT_TYPE} 407 * @return A collection of access tags that match the given transport type 408 */ 409 public static Collection<AccessTags> getByTransportType(AccessTags type) { 410 return Arrays.stream(values()).filter(type::parentOf).collect(Collectors.toList()); 411 } 412 } 413 /** 414 * The key for children modes for the map, see {@link Access#getAccessMethods} 415 */ 416 public static final String CHILDREN = "children"; 417 /** The key for parent modes for the map, see {@link Access#getAccessMethods} */ 418 public static final String PARENT = "parent"; 419 /** This set has keys that indicate that access is possible */ 420 private static final Set<String> POSITIVE_ACCESS = new HashSet<>(Arrays.asList(AccessTags.YES, AccessTags.OFFICIAL, 421 AccessTags.DESIGNATED, AccessTags.DESTINATION, AccessTags.DELIVERY, AccessTags.CUSTOMERS, 422 AccessTags.PERMISSIVE, AccessTags.AGRICULTURAL, AccessTags.FORESTRY).stream().map(AccessTags::getKey) 423 .collect(Collectors.toSet())); 424 /** This set has all basic restriction values (yes/no/permissive/private/...) */ 425 private static final Set<String> RESTRICTION_VALUES = new HashSet<>( 426 Arrays.asList(AccessTags.PRIVATE, AccessTags.NO).stream().map(AccessTags::getKey) 427 .collect(Collectors.toSet())); 428 /** This set has transport modes (access/foot/ski/motor_vehicle/vehicle/...) */ 429 private static final Set<String> TRANSPORT_MODES = new HashSet<>( 430 Arrays.asList(AccessTags.ACCESS_KEY, AccessTags.FOOT, AccessTags.SKI, AccessTags.INLINE_SKATES, 431 AccessTags.ICE_SKATES, AccessTags.HORSE, AccessTags.VEHICLE, AccessTags.BICYCLE, 432 AccessTags.CARRIAGE, AccessTags.TRAILER, AccessTags.CARAVAN, AccessTags.MOTOR_VEHICLE, 433 AccessTags.MOTORCYCLE, AccessTags.MOPED, AccessTags.MOFA, AccessTags.MOTORCAR, AccessTags.MOTORHOME, 434 AccessTags.PSV, AccessTags.BUS, AccessTags.TAXI, AccessTags.TOURIST_BUS, AccessTags.GOODS, 435 AccessTags.HGV, AccessTags.AGRICULTURAL, AccessTags.ATV, 436 AccessTags.SNOWMOBILE, AccessTags.HGV_ARTICULATED, AccessTags.SKI_NORDIC, AccessTags.SKI_ALPINE, 437 AccessTags.SKI_TELEMARK, AccessTags.COACH, AccessTags.GOLF_CART 438 /* 439 * ,"minibus","share_taxi","hov","car_sharing","emergency","hazmat","disabled" 440 */).stream().map(AccessTags::getKey).collect(Collectors.toSet())); 441 442 /** Map<Access Method, Map<Parent/Child, List<Access Methods>> */ 443 private static final Map<String, Map<String, List<String>>> accessMethods = new HashMap<>(); 444 static { 445 RESTRICTION_VALUES.addAll(POSITIVE_ACCESS); 446 defaultInheritance(); 447 } 448 449 private Access() { 450 // Hide the constructor 451 } 452 453 /** 454 * Create the default access inheritance, as defined at 455 * {@link "https://wiki.openstreetmap.org/wiki/Key:access#Transport_mode_restrictions"} 456 */ 457 private static void defaultInheritance() { 458 addMode(null, AccessTags.ACCESS_KEY); 459 460 // Land 461 addModes(AccessTags.ACCESS_KEY, AccessTags.FOOT, AccessTags.SKI, AccessTags.INLINE_SKATES, 462 AccessTags.ICE_SKATES, AccessTags.HORSE, AccessTags.VEHICLE); 463 addModes(AccessTags.SKI, AccessTags.SKI_NORDIC, AccessTags.SKI_ALPINE, AccessTags.SKI_TELEMARK); 464 addModes(AccessTags.VEHICLE, AccessTags.BICYCLE, AccessTags.CARRIAGE, AccessTags.TRAILER, 465 AccessTags.MOTOR_VEHICLE); 466 addModes(AccessTags.TRAILER, AccessTags.CARAVAN); 467 addModes(AccessTags.MOTOR_VEHICLE, AccessTags.MOTORCYCLE, AccessTags.MOPED, AccessTags.MOFA, 468 AccessTags.MOTORCAR, AccessTags.MOTORHOME, AccessTags.TOURIST_BUS, AccessTags.COACH, AccessTags.GOODS, 469 AccessTags.HGV, AccessTags.AGRICULTURAL, AccessTags.GOLF_CART, AccessTags.ATV, AccessTags.SNOWMOBILE, 470 AccessTags.PSV, AccessTags.HOV, AccessTags.CAR_SHARING, AccessTags.EMERGENCY, AccessTags.HAZMAT, 471 AccessTags.DISABLED); 472 addMode(AccessTags.HGV, AccessTags.HGV_ARTICULATED); 473 addModes(AccessTags.PSV, AccessTags.BUS, AccessTags.MINIBUS, AccessTags.SHARE_TAXI, AccessTags.TAXI); 474 475 // Water 476 addModes(AccessTags.ACCESS_KEY, AccessTags.SWIMMING, AccessTags.BOAT, AccessTags.FISHING_VESSEL, 477 AccessTags.SHIP); 478 addModes(AccessTags.BOAT, AccessTags.MOTORBOAT, AccessTags.SAILBOAT, AccessTags.CANOE); 479 addModes(AccessTags.SHIP, AccessTags.PASSENGER, AccessTags.CARGO, AccessTags.ISPS); 480 addModes(AccessTags.CARGO, AccessTags.BULK, AccessTags.TANKER, AccessTags.CONTAINER, AccessTags.IMDG); 481 addModes(AccessTags.TANKER, AccessTags.TANKER_GAS, AccessTags.TANKER_OIL, AccessTags.TANKER_CHEMICAL, 482 AccessTags.TANKER_SINGLEHULL); 483 484 // Rail 485 addModes(AccessTags.ACCESS_KEY, AccessTags.TRAIN); 486 } 487 488 /** 489 * Add multiple modes with a common parent 490 * 491 * @param parent The parent of all the modes 492 * @param modes The modes to add 493 */ 494 public static void addModes(AccessTags parent, AccessTags... modes) { 495 for (AccessTags mode : modes) { 496 addMode(parent, mode); 497 } 498 } 499 500 /** 501 * Add modes to a list, modifying parents as needed 502 * 503 * @param mode The mode to be added 504 * @param parent The parent of the mode 505 */ 506 public static void addMode(AccessTags parent, AccessTags mode) { 507 Objects.requireNonNull(mode, "Mode must not be null"); 508 if (parent != null) { 509 Map<String, List<String>> parentMap = accessMethods.getOrDefault(parent.getKey(), new HashMap<>()); 510 accessMethods.putIfAbsent(parent.getKey(), parentMap); 511 List<String> parentChildren = parentMap.getOrDefault(CHILDREN, new ArrayList<>()); 512 if (!parentChildren.contains(mode.getKey())) 513 parentChildren.add(mode.getKey()); 514 parentMap.putIfAbsent(CHILDREN, parentChildren); 515 } 516 Map<String, List<String>> modeMap = accessMethods.getOrDefault(mode.getKey(), new HashMap<>()); 517 accessMethods.putIfAbsent(mode.getKey(), modeMap); 518 List<String> modeParent = modeMap.getOrDefault(PARENT, 519 Collections.singletonList(parent == null ? null : parent.getKey())); 520 modeMap.putIfAbsent(PARENT, modeParent); 521 } 522 523 /** 524 * Get the number of parents a mode has 525 * 526 * @param mode The mode with parents 527 * @return The number of parents the mode has 528 */ 529 public static int depth(String mode) { 530 String tempMode = mode; 531 int maxCount = accessMethods.size(); 532 while (tempMode != null && maxCount > 0) { 533 tempMode = accessMethods.getOrDefault(tempMode, Collections.emptyMap()) 534 .getOrDefault(PARENT, Collections.emptyList()).get(0); 535 if (tempMode != null) 536 maxCount--; 537 } 538 return accessMethods.size() - maxCount; 539 } 540 541 /** 542 * Expand access modes to cover the children of that access mode (currently only 543 * supports the default hierarchy) 544 * 545 * @param mode The transport mode 546 * @param access The access value (the children transport modes inherit this 547 * value) 548 * @return A map of the mode and its children (does not include parents) 549 */ 550 public static Map<String, String> expandAccessMode(String mode, String access) { 551 return expandAccessMode(mode, access, AccessTags.ALL_TRANSPORT_TYPE); 552 } 553 554 /** 555 * Expand access modes to cover the children of that access mode (currently only 556 * supports the default hierarchy) 557 * 558 * @param mode The transport mode 559 * @param access The access value (the children transport modes inherit 560 * this value) 561 * @param transportType {@link AccessTags#ALL_TRANSPORT_TYPE}, 562 * {@link AccessTags#LAND_TRANSPORT_TYPE}, 563 * {@link AccessTags#WATER_TRANSPORT_TYPE}, 564 * {@link AccessTags#RAIL_TRANSPORT_TYPE} 565 * @return A map of the mode and its children (does not include parents) 566 */ 567 public static Map<String, String> expandAccessMode(String mode, String access, AccessTags transportType) { 568 Map<String, String> accessModes = new HashMap<>(); 569 accessModes.put(mode, access); 570 if (accessMethods.containsKey(mode)) { 571 for (String childrenMode : accessMethods.getOrDefault(mode, Collections.emptyMap()).getOrDefault(CHILDREN, 572 Collections.emptyList())) { 573 if (transportType.parentOf(AccessTags.get(childrenMode))) 574 accessModes.putAll(expandAccessMode(childrenMode, access, transportType)); 575 } 576 } 577 return accessModes; 578 } 579 580 /** 581 * Merge two access maps (more specific wins) 582 * 583 * @param map1 A map with access values (see {@link Access#expandAccessMode}) 584 * @param map2 A map with access values (see {@link Access#expandAccessMode}) 585 * @return The merged map 586 */ 587 public static Map<String, String> mergeMaps(Map<String, String> map1, Map<String, String> map2) { 588 Map<String, String> merged; 589 if (map1.keySet().containsAll(map2.keySet())) { 590 merged = new HashMap<>(map1); 591 merged.putAll(map2); 592 } else { // if they don't overlap or if map2 contains all of map1 593 merged = new HashMap<>(map2); 594 merged.putAll(map1); 595 } 596 return merged; 597 } 598 599 /** 600 * Get the set of values that can generally be considered to be accessible 601 * 602 * @return A set of values that can be used for routing purposes (unmodifiable) 603 */ 604 public static Set<String> getPositiveAccessValues() { 605 return Collections.unmodifiableSet(POSITIVE_ACCESS); 606 } 607 608 /** 609 * Get the valid restriction values ({@code unknown} is not included). See 610 * 611 * @return Valid values for restrictions (unmodifiable) 612 * @see <a href= 613 * "https://wiki.openstreetmap.org/wiki/Key:access#List_of_possible_values">Key:access#List_of_possible_values</a> 614 */ 615 public static Set<String> getRestrictionValues() { 616 return Collections.unmodifiableSet(RESTRICTION_VALUES); 617 } 618 619 /** 620 * Get the valid transport modes. See 621 * 622 * @return Value transport modes (unmodifiable) 623 * @see <a href= 624 * "https://wiki.openstreetmap.org/wiki/Key:access#Transport_mode_restrictions">Key:access#Transport_mode_restrictions</a> 625 */ 626 public static Set<String> getTransportModes() { 627 return Collections.unmodifiableSet(TRANSPORT_MODES); 628 } 629 630 /** 631 * Get the access method hierarchy. 632 * 633 * @return The hierarchy for access modes (unmodifiable) 634 * @see <a href= 635 * "https://wiki.openstreetmap.org/wiki/Key:access#Transport_mode_restrictions">Key:access#Transport_mode_restrictions</a> 636 */ 637 public static Map<String, Map<String, List<String>>> getAccessMethods() { 638 Map<String, Map<String, List<String>>> map = new HashMap<>(); 639 for (Entry<String, Map<String, List<String>>> entry : map.entrySet()) { 640 Map<String, List<String>> tMap = new HashMap<>(); 641 entry.getValue().forEach((key, list) -> tMap.put(key, Collections.unmodifiableList(list))); 642 map.put(entry.getKey(), Collections.unmodifiableMap(tMap)); 643 } 644 return Collections.unmodifiableMap(map); 645 } 646 647 /** 648 * Get the implied access values for a primitive 649 * 650 * @param primitive A primitive with access values 651 * @param transportType {@link AccessTags#ALL_TRANSPORT_TYPE}, 652 * {@link AccessTags#LAND_TRANSPORT_TYPE}, 653 * {@link AccessTags#WATER_TRANSPORT_TYPE}, 654 * {@link AccessTags#RAIL_TRANSPORT_TYPE} 655 * @return The implied access values (for example, "hgv=designated" adds 656 * "hgv_articulated=designated") 657 */ 658 public static Map<String, String> getAccessValues(OsmPrimitive primitive, AccessTags transportType) { 659 Map<String, String> accessValues = new HashMap<>(); 660 TRANSPORT_MODES.stream().filter(primitive::hasKey) 661 .map(mode -> expandAccessMode(mode, primitive.get(mode), transportType)) 662 .forEach(modeAccess -> { 663 Map<String, String> tMap = mergeMaps(accessValues, modeAccess); 664 accessValues.clear(); 665 accessValues.putAll(tMap); 666 }); 667 return accessValues; 668 } 669 670 /** 671 * Expand a map of access values 672 * 673 * @param accessValues A map of mode, access type values 674 * @return The expanded access values 675 */ 676 public static Map<String, String> expandAccessValues(Map<String, String> accessValues) { 677 Map<String, String> modes = new HashMap<>(); 678 List<Map<String, String>> list = accessValues.entrySet().stream() 679 .map(entry -> expandAccessMode(entry.getKey(), entry.getValue())) 680 .sorted(Comparator.comparingInt(Map::size)) 681 .collect(Collectors.toCollection(ArrayList::new)); 682 Collections.reverse(list); 683 for (Map<String, String> access : list) { 684 modes = mergeMaps(modes, access); 685 } 686 return modes; 687 } 688 } -
test/unit/org/openstreetmap/josm/data/validation/tests/RoutingIslandsTestTest.java
1 // License: GPL. For details, see LICENSE file. 2 package org.openstreetmap.josm.data.validation.tests; 3 4 import static org.junit.Assert.assertEquals; 5 import static org.junit.Assert.assertFalse; 6 import static org.junit.Assert.assertNull; 7 import static org.junit.Assert.assertSame; 8 import static org.junit.Assert.assertTrue; 9 10 import java.util.Arrays; 11 import java.util.Collections; 12 import java.util.HashSet; 13 import java.util.Set; 14 import java.util.stream.Collectors; 15 16 import org.junit.Rule; 17 import org.junit.Test; 18 import org.openstreetmap.josm.TestUtils; 19 import org.openstreetmap.josm.data.Bounds; 20 import org.openstreetmap.josm.data.DataSource; 21 import org.openstreetmap.josm.data.coor.LatLon; 22 import org.openstreetmap.josm.data.osm.DataSet; 23 import org.openstreetmap.josm.data.osm.Node; 24 import org.openstreetmap.josm.data.osm.OsmPrimitive; 25 import org.openstreetmap.josm.data.osm.Way; 26 import org.openstreetmap.josm.data.validation.Severity; 27 import org.openstreetmap.josm.spi.preferences.Config; 28 import org.openstreetmap.josm.testutils.JOSMTestRules; 29 30 import edu.umd.cs.findbugs.annotations.SuppressFBWarnings; 31 32 /** 33 * Test class for {@link RoutingIslandsTest} 34 * 35 * @author Taylor Smock 36 * @since xxx 37 */ 38 public class RoutingIslandsTestTest { 39 /** 40 * Setup test. 41 */ 42 @Rule 43 @SuppressFBWarnings(value = "URF_UNREAD_PUBLIC_OR_PROTECTED_FIELD") 44 public JOSMTestRules rule = new JOSMTestRules().projection().preferences(); 45 46 /** 47 * Test method for {@link RoutingIslandsTest#RoutingIslandsTest()} and the 48 * testing apparatus 49 */ 50 @Test 51 public void testRoutingIslandsTest() { 52 RoutingIslandsTest.setErrorLevel(RoutingIslandsTest.ROUTING_ISLAND, Severity.WARNING); 53 RoutingIslandsTest test = new RoutingIslandsTest(); 54 test.startTest(null); 55 test.endTest(); 56 assertTrue(test.getErrors().isEmpty()); 57 58 DataSet ds = new DataSet(); 59 60 Way way1 = TestUtils.newWay("highway=residential", new Node(new LatLon(0, 0)), new Node(new LatLon(1, 1))); 61 Way way2 = TestUtils.newWay("highway=residential", new Node(new LatLon(-1, 0)), way1.firstNode()); 62 addToDataSet(ds, way1); 63 addToDataSet(ds, way2); 64 65 ds.addDataSource(new DataSource(new Bounds(0, 0, 1, 1), "openstreetmap.org")); 66 67 test.clear(); 68 test.startTest(null); 69 test.visit(ds.allPrimitives()); 70 test.endTest(); 71 assertTrue(test.getErrors().isEmpty()); 72 73 ds.addDataSource(new DataSource(new Bounds(-5, -5, 5, 5), "openstreetmap.org")); 74 test.clear(); 75 test.startTest(null); 76 test.visit(ds.allPrimitives()); 77 test.endTest(); 78 assertEquals(1, test.getErrors().size()); 79 assertEquals(2, test.getErrors().get(0).getPrimitives().size()); 80 81 ds.clear(); 82 way1 = TestUtils.newWay("highway=motorway oneway=yes", new Node(new LatLon(39.1156655, -108.5465434)), 83 new Node(new LatLon(39.1157251, -108.5496874)), new Node(new LatLon(39.11592, -108.5566841))); 84 way2 = TestUtils.newWay("highway=motorway oneway=yes", new Node(new LatLon(39.1157244, -108.55674)), 85 new Node(new LatLon(39.1155548, -108.5496901)), new Node(new LatLon(39.1154827, -108.5462431))); 86 addToDataSet(ds, way1); 87 addToDataSet(ds, way2); 88 ds.addDataSource( 89 new DataSource(new Bounds(new LatLon(39.1136949, -108.558445), new LatLon(39.117242, -108.5489166)), 90 "openstreetmap.org")); 91 test.clear(); 92 test.startTest(null); 93 test.visit(ds.allPrimitives()); 94 test.endTest(); 95 assertEquals(2, test.getErrors().size()); 96 Way way3 = TestUtils.newWay("highway=motorway oneway=no", way1.getNode(1), way2.getNode(1)); 97 addToDataSet(ds, way3); 98 test.clear(); 99 test.startTest(null); 100 test.visit(ds.allPrimitives()); 101 test.endTest(); 102 assertEquals(2, test.getErrors().size()); 103 104 Node tNode = new Node(new LatLon(39.1158845, -108.5599312)); 105 addToDataSet(ds, tNode); 106 way1.addNode(tNode); 107 tNode = new Node(new LatLon(39.115723, -108.5599239)); 108 addToDataSet(ds, tNode); 109 way2.addNode(0, tNode); 110 test.clear(); 111 test.startTest(null); 112 test.visit(ds.allPrimitives()); 113 test.endTest(); 114 assertTrue(test.getErrors().isEmpty()); 115 } 116 117 /** 118 * Test roundabouts 119 */ 120 @Test 121 public void testRoundabouts() { 122 RoutingIslandsTest test = new RoutingIslandsTest(); 123 Way roundabout = TestUtils.newWay("highway=residential junction=roundabout oneway=yes", 124 new Node(new LatLon(39.119582, -108.5262686)), new Node(new LatLon(39.1196494, -108.5260935)), 125 new Node(new LatLon(39.1197572, -108.5260784)), new Node(new LatLon(39.1197929, -108.526391)), 126 new Node(new LatLon(39.1196595, -108.5264047))); 127 roundabout.addNode(roundabout.firstNode()); // close it up 128 DataSet ds = new DataSet(); 129 addToDataSet(ds, roundabout); 130 ds.addDataSource( 131 new DataSource(new Bounds(new LatLon(39.1182025, -108.527574), new LatLon(39.1210588, -108.5251112)), 132 "openstreetmap.org")); 133 Way incomingFlare = TestUtils.newWay("highway=residential oneway=yes", 134 new Node(new LatLon(39.1196377, -108.5257567)), roundabout.getNode(3)); 135 addToDataSet(ds, incomingFlare); 136 Way outgoingFlare = TestUtils.newWay("highway=residential oneway=yes", roundabout.getNode(2), 137 incomingFlare.firstNode()); 138 addToDataSet(ds, outgoingFlare); 139 140 Way outgoingRoad = TestUtils.newWay("highway=residential", incomingFlare.firstNode(), 141 new Node(new LatLon(39.1175184, -108.5219623))); 142 addToDataSet(ds, outgoingRoad); 143 144 test.startTest(null); 145 test.visit(ds.allPrimitives()); 146 test.endTest(); 147 assertTrue(test.getErrors().isEmpty()); 148 } 149 150 /** 151 * Test method for {@link RoutingIslandsTest#checkForUnconnectedWays}. 152 */ 153 @Test 154 public void testCheckForUnconnectedWaysIncoming() { 155 RoutingIslandsTest.checkForUnconnectedWays(Collections.emptySet(), Collections.emptySet(), null); 156 Way way1 = TestUtils.newWay("highway=residential oneway=yes", new Node(new LatLon(0, 0)), 157 new Node(new LatLon(1, 1))); 158 Set<Way> incomingSet = new HashSet<>(); 159 DataSet ds = new DataSet(); 160 way1.getNodes().forEach(ds::addPrimitive); 161 ds.addPrimitive(way1); 162 incomingSet.add(way1); 163 RoutingIslandsTest.checkForUnconnectedWays(incomingSet, Collections.emptySet(), null); 164 assertEquals(1, incomingSet.size()); 165 assertSame(way1, incomingSet.iterator().next()); 166 167 Way way2 = TestUtils.newWay("highway=residential", way1.firstNode(), new Node(new LatLon(-1, -2))); 168 way2.getNodes().parallelStream().filter(node -> node.getDataSet() == null).forEach(ds::addPrimitive); 169 ds.addPrimitive(way2); 170 171 RoutingIslandsTest.checkForUnconnectedWays(incomingSet, Collections.emptySet(), null); 172 assertEquals(2, incomingSet.size()); 173 assertTrue(incomingSet.parallelStream().allMatch(way -> Arrays.asList(way1, way2).contains(way))); 174 175 Way way3 = TestUtils.newWay("highway=residential", way2.lastNode(), new Node(new LatLon(-2, -1))); 176 way3.getNodes().parallelStream().filter(node -> node.getDataSet() == null).forEach(ds::addPrimitive); 177 ds.addPrimitive(way3); 178 179 incomingSet.clear(); 180 incomingSet.add(way1); 181 RoutingIslandsTest.checkForUnconnectedWays(incomingSet, Collections.emptySet(), null); 182 assertEquals(3, incomingSet.size()); 183 assertTrue(incomingSet.parallelStream().allMatch(way -> Arrays.asList(way1, way2, way3).contains(way))); 184 185 Config.getPref().putInt("validator.routingislands.maxrecursion", 1); 186 incomingSet.clear(); 187 incomingSet.add(way1); 188 RoutingIslandsTest.checkForUnconnectedWays(incomingSet, Collections.emptySet(), null); 189 assertEquals(2, incomingSet.size()); 190 assertTrue(incomingSet.parallelStream().allMatch(way -> Arrays.asList(way1, way2).contains(way))); 191 } 192 193 /** 194 * Test method for {@link RoutingIslandsTest#checkForUnconnectedWays}. 195 */ 196 @Test 197 public void testCheckForUnconnectedWaysOutgoing() { 198 RoutingIslandsTest.checkForUnconnectedWays(Collections.emptySet(), Collections.emptySet(), null); 199 Way way1 = TestUtils.newWay("highway=residential oneway=yes", new Node(new LatLon(0, 0)), 200 new Node(new LatLon(1, 1))); 201 Set<Way> outgoingSet = new HashSet<>(); 202 DataSet ds = new DataSet(); 203 way1.getNodes().forEach(ds::addPrimitive); 204 ds.addPrimitive(way1); 205 outgoingSet.add(way1); 206 RoutingIslandsTest.checkForUnconnectedWays(Collections.emptySet(), outgoingSet, null); 207 assertEquals(1, outgoingSet.size()); 208 assertSame(way1, outgoingSet.iterator().next()); 209 210 Way way2 = TestUtils.newWay("highway=residential", way1.firstNode(), new Node(new LatLon(-1, -2))); 211 way2.getNodes().parallelStream().filter(node -> node.getDataSet() == null).forEach(ds::addPrimitive); 212 ds.addPrimitive(way2); 213 214 RoutingIslandsTest.checkForUnconnectedWays(Collections.emptySet(), outgoingSet, null); 215 assertEquals(2, outgoingSet.size()); 216 assertTrue(outgoingSet.parallelStream().allMatch(way -> Arrays.asList(way1, way2).contains(way))); 217 218 Way way3 = TestUtils.newWay("highway=residential", way2.lastNode(), new Node(new LatLon(-2, -1))); 219 way3.getNodes().parallelStream().filter(node -> node.getDataSet() == null).forEach(ds::addPrimitive); 220 ds.addPrimitive(way3); 221 222 outgoingSet.clear(); 223 outgoingSet.add(way1); 224 RoutingIslandsTest.checkForUnconnectedWays(Collections.emptySet(), outgoingSet, null); 225 assertEquals(3, outgoingSet.size()); 226 assertTrue(outgoingSet.parallelStream().allMatch(way -> Arrays.asList(way1, way2, way3).contains(way))); 227 228 Config.getPref().putInt("validator.routingislands.maxrecursion", 1); 229 outgoingSet.clear(); 230 outgoingSet.add(way1); 231 RoutingIslandsTest.checkForUnconnectedWays(Collections.emptySet(), outgoingSet, null); 232 assertEquals(2, outgoingSet.size()); 233 assertTrue(outgoingSet.parallelStream().allMatch(way -> Arrays.asList(way1, way2).contains(way))); 234 } 235 236 /** 237 * Test method for {@link RoutingIslandsTest#outsideConnections(Node)}. 238 */ 239 @Test 240 public void testOutsideConnections() { 241 Node node = new Node(new LatLon(0, 0)); 242 DataSet ds = new DataSet(node); 243 ds.addDataSource(new DataSource(new Bounds(-0.1, -0.1, -0.01, -0.01), "Test bounds")); 244 node.setOsmId(1, 1); 245 assertTrue(RoutingIslandsTest.outsideConnections(node)); 246 ds.addDataSource(new DataSource(new Bounds(-0.1, -0.1, 0.1, 0.1), "Test bounds")); 247 assertFalse(RoutingIslandsTest.outsideConnections(node)); 248 node.put("amenity", "parking_entrance"); 249 assertTrue(RoutingIslandsTest.outsideConnections(node)); 250 } 251 252 /** 253 * Test method for {@link RoutingIslandsTest#isOneway(Way, String)}. 254 */ 255 @Test 256 public void testIsOneway() { 257 Way way = TestUtils.newWay("highway=residential", new Node(new LatLon(0, 0)), new Node(new LatLon(1, 1))); 258 assertEquals(Integer.valueOf(0), RoutingIslandsTest.isOneway(way, null)); 259 assertEquals(Integer.valueOf(0), RoutingIslandsTest.isOneway(way, " ")); 260 way.put("oneway", "yes"); 261 assertEquals(Integer.valueOf(1), RoutingIslandsTest.isOneway(way, null)); 262 assertEquals(Integer.valueOf(1), RoutingIslandsTest.isOneway(way, " ")); 263 way.put("oneway", "-1"); 264 assertEquals(Integer.valueOf(-1), RoutingIslandsTest.isOneway(way, null)); 265 assertEquals(Integer.valueOf(-1), RoutingIslandsTest.isOneway(way, " ")); 266 267 way.put("vehicle:forward", "yes"); 268 assertEquals(Integer.valueOf(0), RoutingIslandsTest.isOneway(way, "vehicle")); 269 way.put("vehicle:backward", "no"); 270 assertEquals(Integer.valueOf(1), RoutingIslandsTest.isOneway(way, "vehicle")); 271 way.put("vehicle:forward", "no"); 272 assertNull(RoutingIslandsTest.isOneway(way, "vehicle")); 273 way.put("vehicle:backward", "yes"); 274 assertEquals(Integer.valueOf(-1), RoutingIslandsTest.isOneway(way, "vehicle")); 275 276 way.put("oneway", "yes"); 277 way.remove("vehicle:backward"); 278 way.remove("vehicle:forward"); 279 assertEquals(Integer.valueOf(1), RoutingIslandsTest.isOneway(way, "vehicle")); 280 way.remove("oneway"); 281 assertEquals(Integer.valueOf(0), RoutingIslandsTest.isOneway(way, "vehicle")); 282 283 way.put("oneway", "-1"); 284 assertEquals(Integer.valueOf(-1), RoutingIslandsTest.isOneway(way, "vehicle")); 285 } 286 287 /** 288 * Test method for {@link RoutingIslandsTest#firstNode(Way, String)}. 289 */ 290 @Test 291 public void testFirstNode() { 292 Way way = TestUtils.newWay("highway=residential", new Node(new LatLon(0, 0)), new Node(new LatLon(1, 1))); 293 assertEquals(way.firstNode(), RoutingIslandsTest.firstNode(way, null)); 294 way.put("oneway", "yes"); 295 assertEquals(way.firstNode(), RoutingIslandsTest.firstNode(way, null)); 296 way.put("oneway", "-1"); 297 assertEquals(way.lastNode(), RoutingIslandsTest.firstNode(way, null)); 298 299 way.put("vehicle:forward", "yes"); 300 assertEquals(way.firstNode(), RoutingIslandsTest.firstNode(way, "vehicle")); 301 way.put("vehicle:backward", "no"); 302 assertEquals(way.firstNode(), RoutingIslandsTest.firstNode(way, "vehicle")); 303 way.put("vehicle:forward", "no"); 304 assertEquals(way.firstNode(), RoutingIslandsTest.firstNode(way, "vehicle")); 305 way.put("vehicle:backward", "yes"); 306 assertEquals(way.lastNode(), RoutingIslandsTest.firstNode(way, "vehicle")); 307 } 308 309 /** 310 * Test method for {@link RoutingIslandsTest#lastNode(Way, String)}. 311 */ 312 @Test 313 public void testLastNode() { 314 Way way = TestUtils.newWay("highway=residential", new Node(new LatLon(0, 0)), new Node(new LatLon(1, 1))); 315 assertEquals(way.lastNode(), RoutingIslandsTest.lastNode(way, null)); 316 way.put("oneway", "yes"); 317 assertEquals(way.lastNode(), RoutingIslandsTest.lastNode(way, null)); 318 way.put("oneway", "-1"); 319 assertEquals(way.firstNode(), RoutingIslandsTest.lastNode(way, null)); 320 321 way.put("vehicle:forward", "yes"); 322 assertEquals(way.lastNode(), RoutingIslandsTest.lastNode(way, "vehicle")); 323 way.put("vehicle:backward", "no"); 324 assertEquals(way.lastNode(), RoutingIslandsTest.lastNode(way, "vehicle")); 325 way.put("vehicle:forward", "no"); 326 assertEquals(way.lastNode(), RoutingIslandsTest.lastNode(way, "vehicle")); 327 way.put("vehicle:backward", "yes"); 328 assertEquals(way.firstNode(), RoutingIslandsTest.lastNode(way, "vehicle")); 329 } 330 331 /** 332 * Test with a way that by default does not give access to motor vehicles 333 */ 334 @Test 335 public void testNoAccessWay() { 336 Way i70w = TestUtils.newWay("highway=motorway hgv=designated", new Node(new LatLon(39.1058104, -108.5258586)), 337 new Node(new LatLon(39.1052235, -108.5293733))); 338 Way i70e = TestUtils.newWay("highway=motorway hgv=designated", new Node(new LatLon(39.1049905, -108.5293074)), 339 new Node(new LatLon(39.1055829, -108.5257975))); 340 Way testPath = TestUtils.newWay("highway=footway", i70w.lastNode(true), i70e.firstNode(true)); 341 DataSet ds = new DataSet(); 342 Arrays.asList(i70w, i70e, testPath).forEach(way -> addToDataSet(ds, way)); 343 344 RoutingIslandsTest test = new RoutingIslandsTest(); 345 test.startTest(null); 346 test.visit(ds.allPrimitives()); 347 test.endTest(); 348 } 349 350 private static void addToDataSet(DataSet ds, OsmPrimitive primitive) { 351 if (primitive instanceof Way) { 352 ((Way) primitive).getNodes().parallelStream().distinct().filter(node -> node.getDataSet() == null) 353 .forEach(ds::addPrimitive); 354 } 355 if (primitive.getDataSet() == null) 356 ds.addPrimitive(primitive); 357 Long id = Math.max(ds.allPrimitives().parallelStream().mapToLong(prim -> prim.getId()).max().orElse(0L), 0L); 358 for (OsmPrimitive osm : ds.allPrimitives().parallelStream().filter(prim -> prim.getUniqueId() < 0) 359 .collect(Collectors.toList())) { 360 id++; 361 osm.setOsmId(id, 1); 362 } 363 } 364 }
