Examples with CarManager jmri.jmrit.operations.rollingstock.cars.CarManager used on opensource projects

Example 6 with CarManager

use of jmri.jmrit.operations.rollingstock.cars.CarManager in project JMRI by JMRI.

the class JsonUtil method getCarsForTrain.

private ArrayNode getCarsForTrain(Locale locale, Train train) {
    ArrayNode clan = mapper.createArrayNode();
    CarManager carManager = CarManager.instance();
    List<Car> carList = carManager.getByTrainDestinationList(train);
    carList.forEach((car) -> {
        //add each car's data to the carList array
        clan.add(getCar(locale, car.getId()).get(DATA));
    });
    //return array of car data
    return clan;
}

Example 7 with CarManager

use of jmri.jmrit.operations.rollingstock.cars.CarManager in project JMRI by JMRI.

the class PrintLocationsAction method printAnalysisSelected.

private void printAnalysisSelected() throws IOException {
    CarManager carManager = CarManager.instance();
    List<Location> locations = manager.getLocationsByNameList();
    List<RollingStock> cars = carManager.getByLocationList();
    String[] carTypes = CarTypes.instance().getNames();
    String s = Bundle.getMessage("TrackAnalysis") + NEW_LINE;
    writer.write(s);
    // print the car type being analyzed
    for (String type : carTypes) {
        // get the total length for a given car type
        int numberOfCars = 0;
        int totalTrackLength = 0;
        for (RollingStock car : cars) {
            if (car.getTypeName().equals(type) && car.getLocation() != null) {
                numberOfCars++;
                totalTrackLength += car.getTotalLength();
            }
        }
        writer.write(MessageFormat.format(Bundle.getMessage("NumberTypeLength"), new Object[] { numberOfCars, type, totalTrackLength, Setup.getLengthUnit().toLowerCase() }) + NEW_LINE);
        // don't bother reporting when the number of cars for a given type is zero
        if (numberOfCars > 0) {
            // spurs
            writer.write(SPACE + MessageFormat.format(Bundle.getMessage("SpurTrackThatAccept"), new Object[] { type }) + NEW_LINE);
            int trackLength = getTrackLengthAcceptType(locations, type, Track.SPUR);
            if (trackLength > 0) {
                writer.write(SPACE + MessageFormat.format(Bundle.getMessage("TotalLengthSpur"), new Object[] { type, trackLength, Setup.getLengthUnit().toLowerCase(), 100 * totalTrackLength / trackLength }) + NEW_LINE);
            } else {
                writer.write(SPACE + Bundle.getMessage("None") + NEW_LINE);
            }
            // yards
            writer.write(SPACE + MessageFormat.format(Bundle.getMessage("YardTrackThatAccept"), new Object[] { type }) + NEW_LINE);
            trackLength = getTrackLengthAcceptType(locations, type, Track.YARD);
            if (trackLength > 0) {
                writer.write(SPACE + MessageFormat.format(Bundle.getMessage("TotalLengthYard"), new Object[] { type, trackLength, Setup.getLengthUnit().toLowerCase(), 100 * totalTrackLength / trackLength }) + NEW_LINE);
            } else {
                writer.write(SPACE + Bundle.getMessage("None") + NEW_LINE);
            }
            // interchanges
            writer.write(SPACE + MessageFormat.format(Bundle.getMessage("InterchangesThatAccept"), new Object[] { type }) + NEW_LINE);
            trackLength = getTrackLengthAcceptType(locations, type, Track.INTERCHANGE);
            if (trackLength > 0) {
                writer.write(SPACE + MessageFormat.format(Bundle.getMessage("TotalLengthInterchange"), new Object[] { type, trackLength, Setup.getLengthUnit().toLowerCase(), 100 * totalTrackLength / trackLength }) + NEW_LINE);
            } else {
                writer.write(SPACE + Bundle.getMessage("None") + NEW_LINE);
            }
            // staging
            if (showStaging) {
                writer.write(SPACE + MessageFormat.format(Bundle.getMessage("StageTrackThatAccept"), new Object[] { type }) + NEW_LINE);
                trackLength = getTrackLengthAcceptType(locations, type, Track.STAGING);
                if (trackLength > 0) {
                    writer.write(SPACE + MessageFormat.format(Bundle.getMessage("TotalLengthStage"), new Object[] { type, trackLength, Setup.getLengthUnit().toLowerCase(), 100 * totalTrackLength / trackLength }) + NEW_LINE);
                } else {
                    writer.write(SPACE + Bundle.getMessage("None") + NEW_LINE);
                }
            }
        }
    }
}

Example 8 with CarManager

use of jmri.jmrit.operations.rollingstock.cars.CarManager in project JMRI by JMRI.

the class TrainCommon method addCarsLocationUnknown.

protected void addCarsLocationUnknown(PrintWriter file, boolean isManifest) {
    CarManager carManager = CarManager.instance();
    List<Car> cars = carManager.getCarsLocationUnknown();
    if (cars.size() == 0) {
        // no cars to search for!
        return;
    }
    newLine(file);
    newLine(file, Setup.getMiaComment(), isManifest);
    for (Car car : cars) {
        addSearchForCar(file, car);
    }
}

Example 9 with CarManager

use of jmri.jmrit.operations.rollingstock.cars.CarManager in project JMRI by JMRI.

the class JsonUtil method getCarsForTrain.

private static ArrayNode getCarsForTrain(Locale locale, Train train) {
    ArrayNode clan = mapper.createArrayNode();
    CarManager carManager = CarManager.instance();
    List<Car> carList = carManager.getByTrainDestinationList(train);
    for (Car car : carList) {
        //add each car's data to the carList array
        clan.add(getCar(locale, car.getId()).get(DATA));
    }
    //return array of car data
    return clan;
}

Example 10 with CarManager

use of jmri.jmrit.operations.rollingstock.cars.CarManager in project JMRI by JMRI.

the class OperationsCarRouterTest method testCarRouting.

/**
     * Test car routing. First set of tests confirm proper operation of just one
     * location. The next set of tests confirms operation using one train and
     * two locations. When this test was written, routing up to 5 trains and 6
     * locations was supported.
     *
     */
public void testCarRouting() {
    // now load up the managers
    TrainManager tmanager = TrainManager.instance();
    RouteManager rmanager = RouteManager.instance();
    LocationManager lmanager = LocationManager.instance();
    Router router = Router.instance();
    CarManager cmanager = CarManager.instance();
    CarTypes ct = CarTypes.instance();
    // register the car and engine types used
    ct.addName("Boxcar");
    ct.addName("Caboose");
    ct.addName("Flat");
    // create 6 locations and tracks
    Location Acton = lmanager.newLocation("Acton MA");
    Assert.assertEquals("Location 1 Name", "Acton MA", Acton.getName());
    Assert.assertEquals("Location 1 Initial Length", 0, Acton.getLength());
    Track AS1 = Acton.addTrack("Acton Siding 1", Track.SPUR);
    AS1.setLength(300);
    Assert.assertEquals("Location AS1 Name", "Acton Siding 1", AS1.getName());
    Assert.assertEquals("Location AS1 Length", 300, AS1.getLength());
    Track AS2 = Acton.addTrack("Acton Siding 2", Track.SPUR);
    AS2.setLength(300);
    Assert.assertEquals("Location AS2 Name", "Acton Siding 2", AS2.getName());
    Assert.assertEquals("Location AS2 Length", 300, AS2.getLength());
    Track AY = Acton.addTrack("Acton Yard", Track.YARD);
    AY.setLength(400);
    Assert.assertEquals("Location AY Name", "Acton Yard", AY.getName());
    Assert.assertEquals("Location AY Length", 400, AY.getLength());
    Track AI = Acton.addTrack("Acton Interchange", Track.INTERCHANGE);
    AI.setLength(500);
    Assert.assertEquals("Track AI Name", "Acton Interchange", AI.getName());
    Assert.assertEquals("Track AI Length", 500, AI.getLength());
    Assert.assertEquals("Track AI Train Directions", DIRECTION_ALL, AI.getTrainDirections());
    // add a second interchange track
    Track AI2 = Acton.addTrack("Acton Interchange 2", Track.INTERCHANGE);
    AI2.setLength(500);
    // bias tracks
    AI2.setMoves(100);
    Assert.assertEquals("Track AI2 Name", "Acton Interchange 2", AI2.getName());
    Assert.assertEquals("Track AI2 Length", 500, AI2.getLength());
    Assert.assertEquals("Track AI2 Train Directions", DIRECTION_ALL, AI2.getTrainDirections());
    Location Bedford = lmanager.newLocation("Bedford MA");
    Assert.assertEquals("Location 1 Name", "Bedford MA", Bedford.getName());
    Assert.assertEquals("Location 1 Initial Length", 0, Bedford.getLength());
    Track BS1 = Bedford.addTrack("Bedford Siding 1", Track.SPUR);
    BS1.setLength(300);
    Assert.assertEquals("Location BS1 Name", "Bedford Siding 1", BS1.getName());
    Assert.assertEquals("Location BS1 Length", 300, BS1.getLength());
    Track BS2 = Bedford.addTrack("Bedford Siding 2", Track.SPUR);
    BS2.setLength(300);
    Assert.assertEquals("Location BS2 Name", "Bedford Siding 2", BS2.getName());
    Assert.assertEquals("Location BS2 Length", 300, BS2.getLength());
    Track BY = Bedford.addTrack("Bedford Yard", Track.YARD);
    BY.setLength(400);
    Assert.assertEquals("Location BY Name", "Bedford Yard", BY.getName());
    Assert.assertEquals("Location BY Length", 400, BY.getLength());
    Track BI = Bedford.addTrack("Bedford Interchange", Track.INTERCHANGE);
    BI.setLength(500);
    Assert.assertEquals("Track BI Name", "Bedford Interchange", BI.getName());
    Assert.assertEquals("Track BI Length", 500, BI.getLength());
    Location Clinton = lmanager.newLocation("Clinton MA");
    Assert.assertEquals("Location 1 Name", "Clinton MA", Clinton.getName());
    Assert.assertEquals("Location 1 Initial Length", 0, Clinton.getLength());
    Track CS1 = Clinton.addTrack("Clinton Siding 1", Track.SPUR);
    CS1.setLength(300);
    Assert.assertEquals("Location CS1 Name", "Clinton Siding 1", CS1.getName());
    Assert.assertEquals("Location CS1 Length", 300, CS1.getLength());
    Track CS2 = Clinton.addTrack("Clinton Siding 2", Track.SPUR);
    CS2.setLength(300);
    Assert.assertEquals("Location CS2 Name", "Clinton Siding 2", CS2.getName());
    Assert.assertEquals("Location CS2 Length", 300, BS2.getLength());
    Track CY = Clinton.addTrack("Clinton Yard", Track.YARD);
    CY.setLength(400);
    Assert.assertEquals("Location CY Name", "Clinton Yard", CY.getName());
    Assert.assertEquals("Location CY Length", 400, CY.getLength());
    Track CI = Clinton.addTrack("Clinton Interchange", Track.INTERCHANGE);
    CI.setLength(500);
    Assert.assertEquals("Track CI Name", "Clinton Interchange", CI.getName());
    Assert.assertEquals("Track CI Length", 500, CI.getLength());
    Location Danbury = lmanager.newLocation("Danbury MA");
    Track DS1 = Danbury.addTrack("Danbury Siding 1", Track.SPUR);
    DS1.setLength(300);
    Track DS2 = Danbury.addTrack("Danbury Siding 2", Track.SPUR);
    DS2.setLength(300);
    Track DY = Danbury.addTrack("Danbury Yard", Track.YARD);
    DY.setLength(400);
    Track DI = Danbury.addTrack("Danbury Interchange", Track.INTERCHANGE);
    DI.setLength(500);
    Location Essex = lmanager.newLocation("Essex MA");
    Track ES1 = Essex.addTrack("Essex Siding 1", Track.SPUR);
    ES1.setLength(300);
    Track ES2 = Essex.addTrack("Essex Siding 2", Track.SPUR);
    ES2.setLength(300);
    Track EY = Essex.addTrack("Essex Yard", Track.YARD);
    EY.setLength(400);
    Track EI = Essex.addTrack("Essex Interchange", Track.INTERCHANGE);
    EI.setLength(500);
    Location Foxboro = lmanager.newLocation("Foxboro MA");
    Track FS1 = Foxboro.addTrack("Foxboro Siding 1", Track.SPUR);
    FS1.setLength(300);
    Track FS2 = Foxboro.addTrack("Foxboro Siding 2", Track.SPUR);
    FS2.setLength(300);
    Track FY = Foxboro.addTrack("Foxboro Yard", Track.YARD);
    FY.setLength(400);
    Track FI = Foxboro.addTrack("Foxboro Interchange", Track.INTERCHANGE);
    FI.setLength(500);
    // create 2 cars
    Car c3 = cmanager.newCar("BA", "3");
    c3.setTypeName("Boxcar");
    c3.setLength("40");
    c3.setOwner("DAB");
    c3.setBuilt("1984");
    Assert.assertEquals("Box Car 3 Length", "40", c3.getLength());
    Car c4 = cmanager.newCar("BB", "4");
    c4.setTypeName("Flat");
    c4.setLength("40");
    c4.setOwner("AT");
    c4.setBuilt("1-86");
    Assert.assertEquals("Box Car 4 Length", "40", c4.getLength());
    Assert.assertEquals("place car at BI", Track.OKAY, c3.setLocation(Acton, AS1));
    Assert.assertFalse("Try routing no final destination", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("place car at Acton", Track.OKAY, c4.setLocation(Acton, AS1));
    Assert.assertFalse("Try routing no final destination", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "", c4.getDestinationName());
    // test disable routing
    Setup.setCarRoutingEnabled(false);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Test router disabled", router.setDestination(c3, null, null));
    Assert.assertEquals("Router status", Router.STATUS_ROUTER_DISABLED, router.getStatus());
    Setup.setCarRoutingEnabled(true);
    // first try car routing with just one location
    c3.setFinalDestination(Acton);
    Assert.assertFalse("Try routing final destination equal to current", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_CAR_AT_DESINATION, router.getStatus());
    // now try with next track not equal to current
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing final track not equal to current", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // now try with next track equal to current
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS1);
    Assert.assertFalse("Try routing final track equal to current", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_CAR_AT_DESINATION, router.getStatus());
    // create a local train servicing Acton
    Train ActonTrain = tmanager.newTrain("Acton Local");
    Route routeA = rmanager.newRoute("A");
    RouteLocation rlA = routeA.addLocation(Acton);
    // set train icon coordinates
    rlA.setTrainIconX(25);
    rlA.setTrainIconY(250);
    ActonTrain.setRoute(routeA);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing final track with Acton Local", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Siding 2", c3.getDestinationTrackName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // specify the Acton train
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing final track with Acton Local", router.setDestination(c3, ActonTrain, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Siding 2", c3.getDestinationTrackName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // Set the track length to be less the length of c3
    AS2.setLength(c3.getTotalLength() - 1);
    // clear previous destination
    c3.setDestination(null, null);
    // local move, alternate or yard track option should be ignored
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing final track with Acton Local", router.setDestination(c3, ActonTrain, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    Assert.assertTrue("Should report that the issue was track length", router.getStatus().startsWith(Track.CAPACITY));
    // restore track length
    AS2.setLength(300);
    // don't allow train to service boxcars
    ActonTrain.deleteTypeName("Boxcar");
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't service Boxcar", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // try the car type Flat
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Acton);
    c4.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with train that service Flat", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c4.getDestinationName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // now allow Boxcar again
    ActonTrain.addTypeName("Boxcar");
    Assert.assertTrue("Try routing with train that does service Boxcar", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // don't allow train to service boxcars with road name BA
    ActonTrain.addRoadName("BA");
    ActonTrain.setRoadOption(Train.EXCLUDE_ROADS);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't service road name BA", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // try the car road name BB
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Acton);
    c4.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with train that services road BB", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c4.getDestinationName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // now try again but allow road name
    ActonTrain.setRoadOption(Train.ALL_ROADS);
    Assert.assertTrue("Try routing with train that does service road name BA", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // don't service cars built before 1985
    ActonTrain.setBuiltStartYear("1985");
    ActonTrain.setBuiltEndYear("2010");
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't service car built before 1985", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // try the car built after 1985
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Acton);
    c4.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with train that services car built after 1985", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c4.getDestinationName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // car was built in 1984 should work
    ActonTrain.setBuiltStartYear("1983");
    Assert.assertTrue("Try routing with train that doesn't service car built before 1983", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // try car loads
    c3.setLoadName("Tools");
    ActonTrain.addLoadName("Tools");
    ActonTrain.setLoadOption(Train.EXCLUDE_LOADS);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't service load Tools", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // try the car load "E"
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Acton);
    c4.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with train that services load E", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c4.getDestinationName());
    ActonTrain.setLoadOption(Train.ALL_LOADS);
    Assert.assertTrue("Try routing with train that that does service load Tools", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    // now test by modifying the route
    rlA.setPickUpAllowed(false);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't pickup cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    rlA.setPickUpAllowed(true);
    Assert.assertTrue("Try routing with train that that can pickup cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    rlA.setDropAllowed(false);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't drop cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    rlA.setDropAllowed(true);
    Assert.assertTrue("Try routing with train that that can drop cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    rlA.setMaxCarMoves(0);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertFalse("Try routing with train that doesn't service location", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    rlA.setMaxCarMoves(10);
    Assert.assertTrue("Try routing with train that does service location", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    // test train depart direction
    Assert.assertEquals("check default direction", Track.NORTH, rlA.getTrainDirection());
    // set the depart location Acton to service by South bound trains only
    Acton.setTrainDirections(Track.SOUTH);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with local train that departs north, location south", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Acton.setTrainDirections(Track.NORTH);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with local train that departs north, location north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    // set the depart track Acton to service by local train only
    AS1.setTrainDirections(0);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with local only", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    AS1.setTrainDirections(Track.NORTH);
    Assert.assertTrue("Try routing with local train that departs north, track north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    // test arrival directions
    // set the arrival track Acton to service by local trains only
    AS2.setTrainDirections(0);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    // now specify the actual track
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with local train", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    AS2.setTrainDirections(Track.NORTH);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    // now specify the actual track
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing with train that departs north, track north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    // add a second local train
    // create a local train servicing Acton
    Route routeA2 = rmanager.newRoute("A2");
    RouteLocation rlA2 = routeA2.addLocation(Acton);
    // set train icon coordinates
    rlA2.setTrainIconX(25);
    rlA2.setTrainIconY(250);
    Train ActonTrain2 = tmanager.newTrain("Acton Local 2");
    ActonTrain2.setRoute(routeA2);
    // try routing with this train
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    Assert.assertTrue("Try routing final track with Acton Local", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Siding 2", c3.getDestinationTrackName());
    // don't allow Acton Local 2 to service boxcars
    ActonTrain2.deleteTypeName("Boxcar");
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Acton);
    c3.setFinalDestinationTrack(AS2);
    // Should be able to route using Acton Local, but destination should not be set
    Assert.assertTrue("Try routing with train that doesn't service Boxcar", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_THIS_TRAIN, router.getStatus());
    // Two locations one train testing begins
    // set next destination Bedford
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(null);
    // should fail no train!
    Assert.assertFalse("Try routing with final destination", router.setDestination(c3, null, null));
    // create a train with a route from Acton to Bedford
    Train ActonToBedfordTrain = tmanager.newTrain("Acton to Bedford");
    Route routeAB = rmanager.newRoute("AB");
    RouteLocation rlActon = routeAB.addLocation(Acton);
    RouteLocation rlBedford = routeAB.addLocation(Bedford);
    // set train icon coordinates
    rlBedford.setTrainIconX(100);
    rlBedford.setTrainIconY(250);
    ActonToBedfordTrain.setRoute(routeAB);
    // should work
    Assert.assertTrue("Try routing with final destination and train", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // try specific train
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(null);
    Assert.assertTrue("Try routing with final destination and train", router.setDestination(c3, ActonToBedfordTrain, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // don't allow train to service boxcars
    ActonToBedfordTrain.deleteTypeName("Boxcar");
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't service Boxcar", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // try the car type Flat
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Bedford);
    c4.setFinalDestinationTrack(null);
    Assert.assertTrue("Try routing with train that service Flat", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c4.getDestinationName());
    // now allow Boxcar again
    ActonToBedfordTrain.addTypeName("Boxcar");
    Assert.assertTrue("Try routing with train that does service Boxcar", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // don't allow train to service boxcars with road name BA
    ActonToBedfordTrain.addRoadName("BA");
    ActonToBedfordTrain.setRoadOption(Train.EXCLUDE_ROADS);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't service road name BA", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    // try the car road name BB
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Bedford);
    Assert.assertTrue("Try routing with train that services road BB", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c4.getDestinationName());
    // now try again but allow road name
    ActonToBedfordTrain.setRoadOption(Train.ALL_ROADS);
    Assert.assertTrue("Try routing with train that does service road name BA", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // don't service cars built before 1985
    ActonToBedfordTrain.setBuiltStartYear("1985");
    ActonToBedfordTrain.setBuiltEndYear("2010");
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't service car built before 1985", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    // try the car built after 1985
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Bedford);
    Assert.assertTrue("Try routing with train that services car built after 1985", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c4.getDestinationName());
    // car was built in 1984 should work
    ActonToBedfordTrain.setBuiltStartYear("1983");
    Assert.assertTrue("Try routing with train that doesn't service car built before 1983", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // try car loads
    c3.setLoadName("Tools");
    ActonToBedfordTrain.addLoadName("Tools");
    ActonToBedfordTrain.setLoadOption(Train.EXCLUDE_LOADS);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't service load Tools", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    // try the car load "E"
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Bedford);
    Assert.assertTrue("Try routing with train that services load E", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c4.getDestinationName());
    ActonToBedfordTrain.setLoadOption(Train.ALL_LOADS);
    Assert.assertTrue("Try routing with train that that does service load Tools", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // don't allow Bedford to service Flat
    // clear previous destination
    c4.setDestination(null, null);
    c4.setFinalDestination(Bedford);
    Bedford.deleteTypeName("Flat");
    Assert.assertFalse("Try routing with Bedford that does not service Flat", router.setDestination(c4, null, null));
    Assert.assertEquals("Check car's destination", "", c4.getDestinationName());
    Assert.assertTrue("Router status", router.getStatus().startsWith(Track.TYPE));
    // restore Bedford can service Flat
    Bedford.addTypeName("Flat");
    // now test by modifying the route
    rlActon.setPickUpAllowed(false);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't pickup cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    rlActon.setPickUpAllowed(true);
    Assert.assertTrue("Try routing with train that that can pickup cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    rlBedford.setDropAllowed(false);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't drop cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    rlBedford.setDropAllowed(true);
    Assert.assertTrue("Try routing with train that that can drop cars", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    rlBedford.setMaxCarMoves(0);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't service destination", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    rlBedford.setMaxCarMoves(5);
    Assert.assertTrue("Try routing with train that does service destination", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    rlActon.setMaxCarMoves(0);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that doesn't service location", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    rlActon.setMaxCarMoves(5);
    Assert.assertTrue("Try routing with train that does service location", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // test train depart direction
    Assert.assertEquals("check default direction", Track.NORTH, rlActon.getTrainDirection());
    // set the depart location Acton to service by South bound trains only
    Acton.setTrainDirections(Track.SOUTH);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    // remove the Action local by not allowing train to service boxcars
    ActonTrain.deleteTypeName("Boxcar");
    Assert.assertFalse("Try routing with train that departs north, location south", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Acton.setTrainDirections(Track.NORTH);
    Assert.assertTrue("Try routing with train that departs north, location north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // set the depart track Acton to service by South bound trains only
    AS1.setTrainDirections(Track.SOUTH);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that departs north, track south", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    AS1.setTrainDirections(Track.NORTH);
    Assert.assertTrue("Try routing with train that departs north, track north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // test arrival directions
    // set the arrival location Bedford to service by South bound trains only
    Bedford.setTrainDirections(Track.SOUTH);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing with train that arrives north, destination south", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Bedford.setTrainDirections(Track.NORTH);
    Assert.assertTrue("Try routing with train that arrives north, destination north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // set the depart track Acton to service by South bound trains only
    BS1.setTrainDirections(Track.SOUTH);
    // and the next destination for the car
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertTrue("Try routing with train that arrives north, but no final track", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    // now specify the actual track
    c3.setFinalDestinationTrack(BS1);
    Assert.assertFalse("Try routing with train that arrives north, now with track", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    BS1.setTrainDirections(Track.NORTH);
    Assert.assertTrue("Try routing with train that departs north, track north", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    Setup.setOnlyActiveTrainsEnabled(true);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertTrue("Try routing only active trains", router.setDestination(c3, null, null));
    // now deselect the Action to Bedford train
    ActonToBedfordTrain.setBuildEnabled(false);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertFalse("Try routing only active trains, Action to Beford deselected", router.setDestination(c3, null, null));
    Assert.assertEquals("Router status", Router.STATUS_NOT_ABLE, router.getStatus());
    Setup.setOnlyActiveTrainsEnabled(false);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    Assert.assertTrue("Try routing, only active trains deselected", router.setDestination(c3, null, null));
    // test yard and alternate track options
    BS1.setLength(c3.getTotalLength());
    // c4 is the same length as c3, so the track is now full
    Assert.assertEquals("Use up all of the space for BS1", Track.OKAY, c4.setLocation(Bedford, BS1));
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Test search for yard", router.setDestination(c3, null, null));
    Assert.assertEquals("Destination", "Bedford MA", c3.getDestinationName());
    Assert.assertEquals("Destination track should be yard", "Bedford Yard", c3.getDestinationTrackName());
    // the car was sent to a yard track because the spur was full
    Assert.assertTrue("Should be reporting length issue", router.getStatus().startsWith(Track.LENGTH));
    // remove yard type
    BY.setTrackType(Track.SPUR);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Test search for yard that doesn't exist", router.setDestination(c3, null, null));
    Assert.assertEquals("Destination", "", c3.getDestinationName());
    Assert.assertTrue("Should be reporting length issue", router.getStatus().startsWith(Track.LENGTH));
    // restore yard type
    BY.setTrackType(Track.YARD);
    // test alternate track option
    BS1.setAlternateTrack(BS2);
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Test use alternate", router.setDestination(c3, null, null));
    Assert.assertEquals("Destination", "Bedford MA", c3.getDestinationName());
    Assert.assertEquals("Destination track should be siding", "Bedford Siding 2", c3.getDestinationTrackName());
    // the car was sent to the alternate track because the spur was full
    Assert.assertTrue("Should be reporting length issue", router.getStatus().startsWith(Track.LENGTH));
    // restore track length and remove alternate
    BS1.setLength(300);
    BS1.setAlternateTrack(null);
    // One train tests complete. Start two train testing.
    // Force first move to be by local train
    AS1.setTrainDirections(0);
    // restore the local
    ActonTrain.addTypeName("Boxcar");
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    // now specify the actual track
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Try routing two trains via interchange", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // don't allow use of interchange track
    AI.setDropOption(Track.TRAINS);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    // now specify the actual track
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Try routing two trains via interchange", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange 2", c3.getDestinationTrackName());
    AI2.setDropOption(Track.TRAINS);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    // now specify the actual track
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Try routing two trains via yard", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Yard", c3.getDestinationTrackName());
    // allow use of interchange track
    AI.setDropOption(Track.ANY);
    AI2.setDropOption(Track.ANY);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    // allow Boxcars
    ActonTrain2.addTypeName("Boxcar");
    Assert.assertTrue("Try routing two trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // test to see if second interchange track used if first is full
    AI.setLength(c3.getTotalLength() - 1);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Try routing two trains to interchange track 2", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange 2", c3.getDestinationTrackName());
    Assert.assertEquals("Router status", Track.OKAY, router.getStatus());
    // use yard track if interchange tracks are full
    AI2.setLength(c3.getTotalLength() - 1);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    Assert.assertTrue("Try routing two trains to yard track", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Yard", c3.getDestinationTrackName());
    // disable using yard tracks for routing
    Setup.setCarRoutingViaYardsEnabled(false);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    router.setDestination(c3, ActonTrain2, null);
    Assert.assertFalse("Try routing two trains to yard track", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    // restore track length
    AI.setLength(500);
    AI2.setLength(500);
    Setup.setCarRoutingViaYardsEnabled(true);
    // don't allow train 2 to service boxcars with road name BA
    ActonTrain2.addRoadName("BA");
    ActonTrain2.setRoadOption(Train.EXCLUDE_ROADS);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Bedford);
    c3.setFinalDestinationTrack(BS1);
    // routing should work using train 1, destination and track should not be set
    Assert.assertTrue("Try routing two trains via yard", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    // two train testing done!
    // now try up to 5 trains to route car
    // set final destination Clinton
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Clinton);
    c3.setFinalDestinationTrack(null);
    // should fail no train!
    Assert.assertFalse("Try routing with final destination", router.setDestination(c3, null, null));
    // create a train with a route from Bedford to Clinton
    Train BedfordToClintonTrain = tmanager.newTrain("Bedford to Clinton");
    Route routeBC = rmanager.newRoute("BC");
    routeBC.addLocation(Bedford);
    RouteLocation rlchelmsford = routeBC.addLocation(Clinton);
    // set train icon coordinates
    rlchelmsford.setTrainIconX(175);
    rlchelmsford.setTrainIconY(250);
    BedfordToClintonTrain.setRoute(routeBC);
    // should work
    Assert.assertTrue("Try routing with final destination and train", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // allow train 2 to service boxcars with road name BA
    ActonTrain2.setRoadOption(Train.ALL_ROADS);
    // try with train 2
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Clinton);
    // routing should work using train 2
    Assert.assertTrue("Try routing three trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Clinton);
    // test to see if second interchange track used if first is full
    AI.setLength(c3.getTotalLength() - 1);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Clinton);
    Assert.assertTrue("Try routing three trains to interchange track 2", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange 2", c3.getDestinationTrackName());
    // use yard track if interchange tracks are full
    AI2.setLength(c3.getTotalLength() - 1);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Clinton);
    Assert.assertTrue("Try routing three trains to yard track", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Yard", c3.getDestinationTrackName());
    // disable the use of yard tracks for routing
    Setup.setCarRoutingViaYardsEnabled(false);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Clinton);
    // both interchange tracks are too short, so there isn't a route
    Assert.assertFalse("Try routing three trains to yard track, option disabled", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    // Try again with an interchange track that is long enough for car c3.
    AI.setLength(c3.getTotalLength());
    Assert.assertEquals("c4 consumes all of the interchange track", Track.OKAY, c4.setLocation(AI.getLocation(), AI));
    // Track AI is long enough, but c4 is consuming all of the track, but there is a route!
    Assert.assertTrue("Try routing three trains to yard track, option disabled", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    // restore track length
    AI.setLength(500);
    AI2.setLength(500);
    Setup.setCarRoutingViaYardsEnabled(true);
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Clinton);
    // don't allow train 2 to service cars built before 1985
    ActonTrain2.setBuiltStartYear("1985");
    ActonTrain2.setBuiltEndYear("2010");
    // routing should work using train 1, but destinations and track should not be set
    Assert.assertTrue("Try routing three trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    // allow car to be serviced
    // car was built in 1984 should work
    ActonTrain2.setBuiltStartYear("1983");
    // set final destination Danbury
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Danbury);
    // should fail no train!
    Assert.assertFalse("Try routing with final destination", router.setDestination(c3, null, null));
    // create a train with a route from Clinton to Danbury
    Train ClintonToDanburyTrain = tmanager.newTrain("Clinton to Danbury");
    Route routeCD = rmanager.newRoute("CD");
    routeCD.addLocation(Clinton);
    RouteLocation rlDanbury = routeCD.addLocation(Danbury);
    // set train icon coordinates
    rlDanbury.setTrainIconX(250);
    rlDanbury.setTrainIconY(250);
    ClintonToDanburyTrain.setRoute(routeCD);
    // should work
    Assert.assertTrue("Try routing with final destination and train", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Danbury);
    // routing should work using train 2
    Assert.assertTrue("Try routing four trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // clear previous destination
    c3.setDestination(null, null);
    // the final destination for the car
    c3.setFinalDestination(Danbury);
    // don't allow train 2 to service cars with load Tools
    ActonTrain2.addLoadName("Tools");
    ActonTrain2.setLoadOption(Train.EXCLUDE_LOADS);
    // routing should work using train 1, but destinations and track should not be set
    Assert.assertTrue("Try routing four trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    // restore train 2
    ActonTrain2.setLoadOption(Train.ALL_LOADS);
    // set final destination Essex
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Essex);
    // should fail no train!
    Assert.assertFalse("Try routing with final destination", router.setDestination(c3, null, null));
    // create a train with a route from Danbury to Essex
    Train DanburyToEssexTrain = tmanager.newTrain("Danbury to Essex");
    Route routeDE = rmanager.newRoute("DE");
    RouteLocation rlDanbury2 = routeDE.addLocation(Danbury);
    RouteLocation rlEssex = routeDE.addLocation(Essex);
    // set the number of car moves to 8 for a later test
    rlDanbury2.setMaxCarMoves(8);
    rlEssex.setMaxCarMoves(8);
    // set train icon coordinates
    rlEssex.setTrainIconX(25);
    rlEssex.setTrainIconY(275);
    DanburyToEssexTrain.setRoute(routeDE);
    // should work
    Assert.assertTrue("Try routing with final destination and train", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // routing should work using train 2
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Essex);
    Assert.assertTrue("Try routing five trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "Acton MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Acton Interchange", c3.getDestinationTrackName());
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Essex);
    // don't allow train 2 to pickup
    rlA2.setPickUpAllowed(false);
    // routing should work using train 1, but destinations and track should not be set
    Assert.assertTrue("Try routing five trains", router.setDestination(c3, ActonTrain2, null));
    Assert.assertEquals("Check car's destination", "", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "", c3.getDestinationTrackName());
    Assert.assertEquals("Check status", Router.STATUS_NOT_THIS_TRAIN, router.getStatus());
    // set final destination Foxboro
    // clear previous destination
    c3.setDestination(null, null);
    c3.setFinalDestination(Foxboro);
    // should fail no train!
    Assert.assertFalse("Try routing with final destination", router.setDestination(c3, null, null));
    // create a train with a route from Essex to Foxboro
    Train EssexToFoxboroTrain = tmanager.newTrain("Essex to Foxboro");
    Route routeEF = rmanager.newRoute("EF");
    routeEF.addLocation(Essex);
    RouteLocation rlFoxboro = routeEF.addLocation(Foxboro);
    // set train icon coordinates
    rlFoxboro.setTrainIconX(100);
    rlFoxboro.setTrainIconY(275);
    EssexToFoxboroTrain.setRoute(routeEF);
    // 6th train should fail!  Only 5 trains supported
    Assert.assertFalse("Try routing with final destination and train", router.setDestination(c3, null, null));
    Assert.assertFalse("Try routing with final destination and train", router.setDestination(c3, ActonTrain, null));
    Assert.assertFalse("Try routing with final destination and train", router.setDestination(c3, ActonTrain2, null));
    // get rid of the local train
    AS1.setTrainDirections(Track.NORTH);
    // now should work!
    Assert.assertTrue("Try routing with final destination and train", router.setDestination(c3, null, null));
    Assert.assertEquals("Check car's destination", "Bedford MA", c3.getDestinationName());
    Assert.assertEquals("Check car's destination track", "Bedford Interchange", c3.getDestinationTrackName());
    // require local train for next test
    AS1.setTrainDirections(0);
//TODO test restrict location by car type
//TODO test restrict tracks by type road, load
}