Example 11 with CarTypes
use of jmri.jmrit.operations.rollingstock.cars.CarTypes in project JMRI by JMRI.
the class LocationTest method testTypeNameSupport.
// test typename support
public void testTypeNameSupport() {
// use LocationManager to allow replace car type to work properly
Location l = LocationManager.instance().newLocation("Test Name");
Assert.assertEquals("Location Name", "Test Name", l.getName());
Assert.assertEquals("Location Accepts Type Name undefined", false, l.acceptsTypeName("TestTypeName"));
// l.addTypeName("TestTypeName");
// Assert.assertEquals("Location Accepts Type Name defined", false, l.acceptsTypeName("TestTypeName"));
// now add to car types
CarTypes ct = CarTypes.instance();
ct.addName("TestTypeName");
l.addTypeName("TestTypeName");
Assert.assertEquals("Location Accepts Type Name defined", true, l.acceptsTypeName("TestTypeName"));
l.deleteTypeName("TestTypeName");
Assert.assertEquals("Location Accepts Type Name undefined2", false, l.acceptsTypeName("TestTypeName"));
ct.addName("Baggage");
ct.addName("BoxCar");
ct.addName("Caboose");
ct.addName("Coal");
ct.addName("Engine");
ct.addName("Hopper");
ct.addName("MOW");
ct.addName("Passenger");
ct.addName("Reefer");
ct.addName("Stock");
ct.addName("Tank Oil");
l.addTypeName("Baggage");
l.addTypeName("BoxCar");
l.addTypeName("Caboose");
l.addTypeName("Coal");
l.addTypeName("Engine");
l.addTypeName("Hopper");
l.addTypeName("MOW");
l.addTypeName("Passenger");
l.addTypeName("Reefer");
l.addTypeName("Stock");
l.addTypeName("Tank Oil");
Track t = l.addTrack("new track", Track.SPUR);
Assert.assertEquals("Location Accepts Type Name BoxCar", true, l.acceptsTypeName("BoxCar"));
Assert.assertEquals("Location Accepts Type Name boxCar", false, l.acceptsTypeName("boxCar"));
Assert.assertEquals("Location Accepts Type Name MOW", true, l.acceptsTypeName("MOW"));
Assert.assertEquals("Location Accepts Type Name Caboose", true, l.acceptsTypeName("Caboose"));
Assert.assertEquals("Location Accepts Type Name BoxCar", true, l.acceptsTypeName("BoxCar"));
Assert.assertEquals("Location Accepts Type Name undefined3", false, l.acceptsTypeName("TestTypeName"));
Assert.assertEquals("Track Accepts Type Name BoxCar", true, t.acceptsTypeName("BoxCar"));
Assert.assertEquals("Track Accepts Type Name boxCar", false, t.acceptsTypeName("boxCar"));
Assert.assertEquals("Track Accepts Type Name MOW", true, t.acceptsTypeName("MOW"));
Assert.assertEquals("Track Accepts Type Name Caboose", true, t.acceptsTypeName("Caboose"));
Assert.assertEquals("Track Accepts Type Name undefined3", false, t.acceptsTypeName("undefined"));
t.addTypeName("Baggage");
t.addTypeName("BoxCar");
t.addTypeName("Caboose");
t.addTypeName("Coal");
t.addTypeName("Engine");
t.addTypeName("Hopper");
t.addTypeName("MOW");
t.addTypeName("Passenger");
t.addTypeName("Reefer");
t.addTypeName("Stock");
t.addTypeName("Tank Oil");
Assert.assertEquals("Track Accepts Type Name BoxCar", true, t.acceptsTypeName("BoxCar"));
Assert.assertEquals("Track Accepts Type Name boxCar", false, t.acceptsTypeName("boxCar"));
Assert.assertEquals("Track Accepts Type Name MOW", true, t.acceptsTypeName("MOW"));
Assert.assertEquals("Track Accepts Type Name Caboose", true, t.acceptsTypeName("Caboose"));
Assert.assertEquals("Track Accepts Type Name BoxCar", true, t.acceptsTypeName("BoxCar"));
Assert.assertEquals("Track Accepts Type Name undefined3", false, t.acceptsTypeName("undefined"));
// test replace
// also test replace type in schedules
ScheduleManager sm = ScheduleManager.instance();
Schedule s = sm.newSchedule("newest schedule");
ScheduleItem i1 = s.addItem("BoxCar");
ScheduleItem i2 = s.addItem("Caboose");
Assert.assertEquals("ScheudleItem i1 Type BoxCar", "BoxCar", i1.getTypeName());
Assert.assertEquals("ScheudleItem i2 Type Caboose", "Caboose", i2.getTypeName());
ct.replaceName("BoxCar", "boxcar");
Assert.assertFalse("Location Does Not Accepts Type Name BoxCar", l.acceptsTypeName("BoxCar"));
Assert.assertTrue("Location Accepts Type Name boxcar", l.acceptsTypeName("boxcar"));
Assert.assertFalse("Track Does Not Accepts Type Name BoxCar", l.acceptsTypeName("BoxCar"));
Assert.assertTrue("Track Accepts Type Name boxcar", t.acceptsTypeName("boxcar"));
Assert.assertEquals("ScheudleItem i1 Type boxcar", "boxcar", i1.getTypeName());
Assert.assertEquals("Check ScheudleItem i2 Type Caboose", "Caboose", i2.getTypeName());
// remove all schedules
sm.dispose();
}
Also used :
ScheduleManager(jmri.jmrit.operations.locations.schedules.ScheduleManager)
ScheduleItem(jmri.jmrit.operations.locations.schedules.ScheduleItem)
Schedule(jmri.jmrit.operations.locations.schedules.Schedule)
CarTypes(jmri.jmrit.operations.rollingstock.cars.CarTypes)
Example 12 with CarTypes
use of jmri.jmrit.operations.rollingstock.cars.CarTypes in project JMRI by JMRI.
the class TrainTest method testLocal.
// Test a route of one location (local train).
// Locations that don't have a train direction assigned
// can only be served by a local train.
// Creates two locations Westford and Chelmsford and 9 cars.
// Westford has 2 yards, 2 sidings, 3 interchange tracks.
// Chelmsford has 1 yard. Chelmsford is used to test that a
// train with two locations will not service certain tracks.
public void testLocal() {
TrainManager tmanager = TrainManager.instance();
RouteManager rmanager = RouteManager.instance();
LocationManager lmanager = LocationManager.instance();
CarManager cmanager = CarManager.instance();
CarTypes ct = CarTypes.instance();
// Create locations used
Location loc1;
loc1 = lmanager.newLocation("Westford");
loc1.setTrainDirections(DIRECTION_ALL);
loc1.addTypeName("Flat Car");
Location loc2;
loc2 = lmanager.newLocation("Chelmsford");
loc2.setTrainDirections(DIRECTION_ALL);
loc2.addTypeName("Flat Car");
Track loc1trk1;
loc1trk1 = loc1.addTrack("Westford Yard 1", Track.YARD);
loc1trk1.setTrainDirections(Track.WEST + Track.EAST);
loc1trk1.setLength(500);
loc1trk1.addTypeName("Flat Car");
Track loc1trk2;
loc1trk2 = loc1.addTrack("Westford Yard 2", Track.YARD);
loc1trk2.setTrainDirections(Track.WEST + Track.EAST);
loc1trk2.setLength(500);
loc1trk2.addTypeName("Flat Car");
Track loc1trk3;
loc1trk3 = loc1.addTrack("Westford Siding 3", Track.SPUR);
// Only local moves allowed
loc1trk3.setTrainDirections(0);
loc1trk3.setLength(300);
loc1trk3.addTypeName("Flat Car");
Track loc1trk4;
loc1trk4 = loc1.addTrack("Westford Siding 4", Track.SPUR);
// Only local moves allowed
loc1trk4.setTrainDirections(0);
loc1trk4.setLength(300);
loc1trk4.addTypeName("Flat Car");
Track loc1trk5;
loc1trk5 = loc1.addTrack("Westford Interchange 5", Track.INTERCHANGE);
// Only local moves allowed
loc1trk5.setTrainDirections(0);
loc1trk5.setLength(300);
loc1trk5.addTypeName("Flat Car");
Track loc1trk6;
loc1trk6 = loc1.addTrack("Westford Interchange 6", Track.INTERCHANGE);
loc1trk6.setTrainDirections(Track.WEST + Track.EAST);
loc1trk6.setLength(300);
loc1trk6.addTypeName("Flat Car");
Track loc1trk7;
loc1trk7 = loc1.addTrack("Westford Interchange 7", Track.INTERCHANGE);
// Only local moves allowed
loc1trk7.setTrainDirections(0);
loc1trk7.setLength(300);
loc1trk7.addTypeName("Flat Car");
Track loc2trk1;
loc2trk1 = loc2.addTrack("Chelmsford Yard 1", Track.YARD);
loc2trk1.setTrainDirections(Track.WEST + Track.EAST);
loc2trk1.setLength(900);
loc2trk1.addTypeName("Flat Car");
// now bias track selection by moves
// no yard to yard moves expected
loc1trk1.setMoves(3);
// no yard to yard moves expected
loc1trk2.setMoves(4);
// this will be the 5th location assigned
loc1trk3.setMoves(10);
// this will be the 6th location assigned
loc1trk4.setMoves(10);
// this will be the 2nd location assigned
loc1trk5.setMoves(9);
// this will be the 3rd location assigned
loc1trk6.setMoves(9);
// this will be the first and 4th location assigned
loc1trk7.setMoves(8);
// Create route with only one location
Route rte1 = rmanager.newRoute("Local Route");
// set the default moves to 7
Setup.setCarMoves(7);
RouteLocation rl1 = rte1.addLocation(loc1);
// Create train
Train train1 = tmanager.newTrain("Local Train");
train1.setRoute(rte1);
// Flat Car isn't registered yet so add it now
train1.addTypeName("Flat Car");
// Set up 7 box cars and 2 flat cars
Car c1 = new Car("BM", "1");
c1.setTypeName("Boxcar");
c1.setLength("90");
// should be the 7th car assigned to train
c1.setMoves(17);
cmanager.register(c1);
Car c2 = new Car("CP", "2");
c2.setTypeName("Boxcar");
c2.setLength("80");
// should be the 6th car assigned to train
c2.setMoves(15);
cmanager.register(c2);
Car c3 = new Car("XP", "3");
c3.setTypeName("Flat Car");
c3.setLength("70");
// default c3 moves = 0 should be the 1st car assigned
cmanager.register(c3);
Car c4 = new Car("UP", "4");
c4.setTypeName("Boxcar");
c4.setLength("60");
// should be the 5th car assigned to train
c4.setMoves(6);
cmanager.register(c4);
Car c5 = new Car("UP", "5");
c5.setTypeName("Boxcar");
c5.setLength("50");
// should be the 2nd car assigned to train
c5.setMoves(1);
cmanager.register(c5);
Car c6 = new Car("CP", "6");
c6.setTypeName("Boxcar");
c6.setLength("40");
// should be the 4th car assigned to train
c6.setMoves(3);
cmanager.register(c6);
Car c7 = new Car("UP", "7");
c7.setTypeName("Boxcar");
c7.setLength("50");
c7.setMoves(18);
cmanager.register(c7);
Car c8 = new Car("XP", "8");
c8.setTypeName("Boxcar");
c8.setLength("60");
// should be the 2rd car assigned to train
c8.setMoves(2);
cmanager.register(c8);
Car c9 = new Car("XP", "9");
c9.setTypeName("Flat Car");
c9.setLength("90");
c9.setMoves(19);
cmanager.register(c9);
// Assert.assertEquals("Westford should not accept Flat Car", false, loc1.acceptsTypeName("Flat Car"));
// add Flat Car as a valid type so Westford will accept
ct.addName("Flat Car");
Assert.assertEquals("Westford should now accepts Flat Car", true, loc1.acceptsTypeName("Flat Car"));
// place the cars in the yards
Assert.assertEquals("Place c1", Track.OKAY, c1.setLocation(loc1, loc1trk1));
Assert.assertEquals("Place c2", Track.OKAY, c2.setLocation(loc1, loc1trk1));
Assert.assertEquals("Place c3", Track.OKAY, c3.setLocation(loc1, loc1trk1));
Assert.assertEquals("Place c4", Track.OKAY, c4.setLocation(loc1, loc1trk1));
Assert.assertEquals("Place c5", Track.OKAY, c5.setLocation(loc1, loc1trk2));
Assert.assertEquals("Place c6", Track.OKAY, c6.setLocation(loc1, loc1trk2));
Assert.assertEquals("Place c7", Track.OKAY, c7.setLocation(loc1, loc1trk2));
Assert.assertEquals("Place c8", Track.OKAY, c8.setLocation(loc1, loc1trk2));
Assert.assertEquals("Place c9", Track.OKAY, c9.setLocation(loc1, loc1trk3));
// do cars have the right default loads?
Assert.assertEquals("Car c1 load should be E", "E", c1.getLoadName());
Assert.assertEquals("Car c2 load should be E", "E", c2.getLoadName());
Assert.assertEquals("Car c3 load should be E", "E", c3.getLoadName());
Assert.assertEquals("Car c4 load should be E", "E", c4.getLoadName());
Assert.assertEquals("Car c5 load should be E", "E", c5.getLoadName());
Assert.assertEquals("Car c6 load should be E", "E", c6.getLoadName());
Assert.assertEquals("Car c7 load should be E", "E", c7.getLoadName());
Assert.assertEquals("Car c8 load should be E", "E", c8.getLoadName());
Assert.assertEquals("Car c9 load should be E", "E", c9.getLoadName());
// Build train
train1.build();
// check train status
Assert.assertEquals("Train 1 built", Train.CODE_BUILT, train1.getStatusCode());
Assert.assertEquals("Train 1 After Build Departs Name", "Westford", train1.getTrainDepartsName());
Assert.assertEquals("Train 1 After Build Terminates Name", "Westford", train1.getTrainTerminatesName());
Assert.assertEquals("Train 1 After Build Next Location Name", "", train1.getNextLocationName());
Assert.assertEquals("Train 1 After Build Built Status", true, train1.isBuilt());
// are the right cars assigned to the train?
// the default moves is 7, therefore only 7 cars should be moved based on their move counts
Assert.assertEquals("Car c1 After Build should be assigned to Train 1", train1, c1.getTrain());
Assert.assertEquals("Car c2 After Build should be assigned to Train 1", train1, c2.getTrain());
Assert.assertEquals("Car c3 After Build should be assigned to Train 1", train1, c3.getTrain());
Assert.assertEquals("Car c4 After Build should NOT be assigned to Train 1", train1, c4.getTrain());
Assert.assertEquals("Car c5 After Build should be assigned to Train 1", train1, c5.getTrain());
Assert.assertEquals("Car c6 After Build should be assigned to Train 1", train1, c6.getTrain());
Assert.assertEquals("Car c7 After Build should NOT be assigned to Train 1", null, c7.getTrain());
Assert.assertEquals("Car c8 After Build should be assigned to Train 1", train1, c8.getTrain());
Assert.assertEquals("Car c9 After Build should NOT be assigned to Train 1", null, c9.getTrain());
// now check to see if cars are going to be delivered to the right places?
Assert.assertEquals("Car c1 After Build destination", "Westford Interchange 5", c1.getDestinationTrackName());
Assert.assertEquals("Car c2 After Build destination", "Westford Siding 4", c2.getDestinationTrackName());
Assert.assertEquals("Car c3 After Build destination", "Westford Interchange 7", c3.getDestinationTrackName());
Assert.assertEquals("Car c4 After Build destination", "Westford Siding 3", c4.getDestinationTrackName());
Assert.assertEquals("Car c5 After Build destination", "Westford Interchange 5", c5.getDestinationTrackName());
Assert.assertEquals("Car c6 After Build destination", "Westford Interchange 7", c6.getDestinationTrackName());
Assert.assertEquals("Car c8 After Build destination", "Westford Interchange 6", c8.getDestinationTrackName());
// are the pickup and drop counts correct?
Assert.assertEquals("Drop count for Westford", 7, loc1.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Yard 1", 0, loc1trk1.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Yard 2", 0, loc1trk2.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Siding 3", 1, loc1trk3.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Siding 4", 1, loc1trk4.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Interchange 5", 2, loc1trk5.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Interchange 6", 1, loc1trk6.getDropRS());
Assert.assertEquals("Drop count for Westford track Westford Interchange 7", 2, loc1trk7.getDropRS());
Assert.assertEquals("Pickup count for Westford", 7, loc1.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Yard 1", 4, loc1trk1.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Yard 2", 3, loc1trk2.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Siding 3", 0, loc1trk3.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Siding 4", 0, loc1trk4.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Interchange 5", 0, loc1trk5.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Interchange 6", 0, loc1trk6.getPickupRS());
Assert.assertEquals("Pickup count for Westford track Westford Interchange 7", 0, loc1trk7.getPickupRS());
train1.move();
// Train should not be in route since there's only one location
Assert.assertEquals("Train 1 not in route", false, train1.isTrainEnRoute());
// check train status
Assert.assertEquals("Train 1 not en route", Train.TERMINATED, getTrainStatus(train1));
Assert.assertEquals("Train 1 not en route", Train.CODE_TERMINATED, train1.getStatusCode());
// check for correct tracks
Assert.assertEquals("Car c1 After Move location", "Westford Interchange 5", c1.getTrackName());
Assert.assertEquals("Car c2 After Move location", "Westford Siding 4", c2.getTrackName());
Assert.assertEquals("Car c3 After Move location", "Westford Interchange 7", c3.getTrackName());
Assert.assertEquals("Car c4 After Move location", "Westford Siding 3", c4.getTrackName());
Assert.assertEquals("Car c5 After Move location", "Westford Interchange 5", c5.getTrackName());
Assert.assertEquals("Car c6 After Move location", "Westford Interchange 7", c6.getTrackName());
Assert.assertEquals("Car c8 After Move location", "Westford Interchange 6", c8.getTrackName());
// do cars have the right loads?
Assert.assertEquals("Car c1 After Move load should be E", "E", c1.getLoadName());
Assert.assertEquals("Car c2 After Move load should be L", "L", c2.getLoadName());
Assert.assertEquals("Car c3 After Move load should be E", "E", c3.getLoadName());
Assert.assertEquals("Car c4 After Move load should be L", "L", c4.getLoadName());
Assert.assertEquals("Car c5 After Move load should be E", "E", c5.getLoadName());
Assert.assertEquals("Car c6 After Move load should be E", "E", c6.getLoadName());
Assert.assertEquals("Car c7 After Move load should be E", "E", c7.getLoadName());
Assert.assertEquals("Car c8 After Move load should be E", "E", c8.getLoadName());
Assert.assertEquals("Car c9 After Move load should be E", "E", c9.getLoadName());
// are the pickup and drop counts correct?
Assert.assertEquals("Move 1 Drop count for Westford", 0, loc1.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Yard 1", 0, loc1trk1.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Yard 2", 0, loc1trk2.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Siding 3", 0, loc1trk3.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Siding 4", 0, loc1trk4.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Interchange 5", 0, loc1trk5.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Interchange 6", 0, loc1trk6.getDropRS());
Assert.assertEquals("Move 1 Drop count for Westford track Westford Interchange 7", 0, loc1trk7.getDropRS());
Assert.assertEquals("Move 1 Pickup count for Westford", 0, loc1.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Yard 1", 0, loc1trk1.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Yard 2", 0, loc1trk2.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Siding 3", 0, loc1trk3.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Siding 4", 0, loc1trk4.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Interchange 5", 0, loc1trk5.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Interchange 6", 0, loc1trk6.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for Westford track Westford Interchange 7", 0, loc1trk7.getPickupRS());
// Verify that an extra move will not change train status.
train1.move();
Assert.assertEquals("Train 1 After 2nd Move Status", Train.TERMINATED, getTrainStatus(train1));
Assert.assertEquals("Train 1 After 2nd Move Status", Train.CODE_TERMINATED, train1.getStatusCode());
// build the train again, now there are cars on all tracks
// try and use all 9/10 of the cars
rl1.setMaxCarMoves(10);
train1.build();
// c1, c3, c5, c6, c8 are at interchange tracks and should not be assigned to train1
Assert.assertEquals("Car c1 After Build 2 should NOT be assigned to Train 1", null, c1.getTrain());
Assert.assertEquals("Car c2 After Build 2 should be assigned to Train 1", train1, c2.getTrain());
Assert.assertEquals("Car c3 After Build 2 should NOT be assigned to Train 1", null, c3.getTrain());
Assert.assertEquals("Car c4 After Build 2 should be assigned to Train 1", train1, c4.getTrain());
Assert.assertEquals("Car c5 After Build 2 should NOT be assigned to Train 1", null, c5.getTrain());
Assert.assertEquals("Car c6 After Build 2 should NOT be assigned to Train 1", null, c6.getTrain());
Assert.assertEquals("Car c7 After Build 2 should be assigned to Train 1", train1, c7.getTrain());
Assert.assertEquals("Car c8 After Build 2 should NOT be assigned to Train 1", null, c8.getTrain());
Assert.assertEquals("Car c9 After Build 2 should be assigned to Train 1", train1, c9.getTrain());
// now check to see if cars are going to be delivered to the right places?
Assert.assertEquals("Car c2 After Build 2 destination", "Westford Yard 1", c2.getDestinationTrackName());
Assert.assertEquals("Car c4 After Build 2 destination", "Westford Yard 1", c4.getDestinationTrackName());
Assert.assertEquals("Car c7 After Build 2 destination", "Westford Interchange 6", c7.getDestinationTrackName());
Assert.assertEquals("Car c9 After Build 2 destination", "Westford Yard 2", c9.getDestinationTrackName());
// move and terminate
train1.move();
Assert.assertEquals("Train 1 After 2nd build Status", Train.TERMINATED, getTrainStatus(train1));
Assert.assertEquals("Train 1 After 2nd build Status", Train.CODE_TERMINATED, train1.getStatusCode());
// are cars at the right location?
Assert.assertEquals("Car c2 After Move 2 location", "Westford Yard 1", c2.getTrackName());
Assert.assertEquals("Car c4 After Move 2 location", "Westford Yard 1", c4.getTrackName());
Assert.assertEquals("Car c7 After Move 2 location", "Westford Interchange 6", c7.getTrackName());
Assert.assertEquals("Car c9 After Move 2 location", "Westford Yard 2", c9.getTrackName());
// do cars have the right loads?
Assert.assertEquals("Car c1 After Move 2 load should be E", "E", c1.getLoadName());
Assert.assertEquals("Car c2 After Move 2 load should be L", "L", c2.getLoadName());
Assert.assertEquals("Car c3 After Move 2 load should be E", "E", c3.getLoadName());
Assert.assertEquals("Car c4 After Move 2 load should be L", "L", c4.getLoadName());
Assert.assertEquals("Car c5 After Move 2 load should be E", "E", c5.getLoadName());
Assert.assertEquals("Car c6 After Move 2 load should be E", "E", c6.getLoadName());
Assert.assertEquals("Car c7 After Move 2 load should be E", "E", c7.getLoadName());
Assert.assertEquals("Car c8 After Move 2 load should be E", "E", c8.getLoadName());
Assert.assertEquals("Car c9 After Move 2 load should be E", "E", c9.getLoadName());
// try a new route, this should allow cars to move from interchange
// Create route with only one location
Route rte2;
rte2 = rmanager.newRoute("Local Route 2");
RouteLocation rl2 = rte2.addLocation(loc1);
// move 8 of the 9 cars available
rl2.setMaxCarMoves(8);
// and assign the new route to train 1
train1.setRoute(rte2);
train1.build();
// we should be able to pickup cars at the interchange tracks
Assert.assertEquals("Car c1 After Build 3 should be assigned to Train 1", train1, c1.getTrain());
Assert.assertEquals("Car c2 After Build 3 should be assigned to Train 1", train1, c2.getTrain());
Assert.assertEquals("Car c3 After Build 3 should be assigned to Train 1", train1, c3.getTrain());
Assert.assertEquals("Car c4 After Build 3 should be assigned to Train 1", train1, c4.getTrain());
Assert.assertEquals("Car c5 After Build 3 should be assigned to Train 1", train1, c5.getTrain());
Assert.assertEquals("Car c6 After Build 3 should be assigned to Train 1", train1, c6.getTrain());
Assert.assertEquals("Car c7 After Build 3 should be assigned to Train 1", train1, c7.getTrain());
Assert.assertEquals("Car c8 After Build 3 should be assigned to Train 1", train1, c8.getTrain());
Assert.assertEquals("Car c9 After Build 3 should NOT be assigned to Train 1", null, c9.getTrain());
// now check to see if cars are going to be delivered to the right places?
Assert.assertEquals("Car c1 After Build 3 destination", "Westford Yard 1", c1.getDestinationTrackName());
Assert.assertEquals("Car c2 After Build 3 destination", "Westford Siding 3", c2.getDestinationTrackName());
Assert.assertEquals("Car c3 After Build 3 destination", "Westford Yard 1", c3.getDestinationTrackName());
Assert.assertEquals("Car c4 After Build 3 destination", "Westford Interchange 7", c4.getDestinationTrackName());
Assert.assertEquals("Car c5 After Build 3 destination", "Westford Yard 2", c5.getDestinationTrackName());
Assert.assertEquals("Car c6 After Build 3 destination", "Westford Yard 2", c6.getDestinationTrackName());
Assert.assertEquals("Car c7 After Build 3 destination", "Westford Yard 2", c7.getDestinationTrackName());
Assert.assertEquals("Car c8 After Build 3 destination", "Westford Yard 1", c8.getDestinationTrackName());
// move and terminate
train1.move();
Assert.assertEquals("Train 1 After 2nd build Status", Train.TERMINATED, getTrainStatus(train1));
Assert.assertEquals("Train 1 After 2nd build Status", Train.CODE_TERMINATED, train1.getStatusCode());
// Final check to see if cars were delivered.
Assert.assertEquals("Car c1 After Move 3 location", "Westford Yard 1", c1.getTrackName());
Assert.assertEquals("Car c2 After Move 3 location", "Westford Siding 3", c2.getTrackName());
Assert.assertEquals("Car c3 After Move 3 location", "Westford Yard 1", c3.getTrackName());
Assert.assertEquals("Car c4 After Move 3 location", "Westford Interchange 7", c4.getTrackName());
Assert.assertEquals("Car c5 After Move 3 location", "Westford Yard 2", c5.getTrackName());
Assert.assertEquals("Car c6 After Move 3 location", "Westford Yard 2", c6.getTrackName());
Assert.assertEquals("Car c7 After Move 3 location", "Westford Yard 2", c7.getTrackName());
Assert.assertEquals("Car c8 After Move 3 location", "Westford Yard 1", c8.getTrackName());
// do cars have the right loads?
Assert.assertEquals("Car c1 After Move 3 load should be E", "E", c1.getLoadName());
Assert.assertEquals("Car c2 After Move 3 load should be E", "E", c2.getLoadName());
Assert.assertEquals("Car c3 After Move 3 load should be E", "E", c3.getLoadName());
Assert.assertEquals("Car c4 After Move 3 load should be L", "L", c4.getLoadName());
Assert.assertEquals("Car c5 After Move 3 load should be E", "E", c5.getLoadName());
Assert.assertEquals("Car c6 After Move 3 load should be E", "E", c6.getLoadName());
Assert.assertEquals("Car c7 After Move 3 load should be E", "E", c7.getLoadName());
Assert.assertEquals("Car c8 After Move 3 load should be E", "E", c8.getLoadName());
Assert.assertEquals("Car c9 After Move 3 load should be E", "E", c9.getLoadName());
// check car move counts
Assert.assertEquals("Car c1 Move count", 19, c1.getMoves());
Assert.assertEquals("Car c2 Move count", 18, c2.getMoves());
Assert.assertEquals("Car c3 Move count", 2, c3.getMoves());
Assert.assertEquals("Car c4 Move count", 9, c4.getMoves());
Assert.assertEquals("Car c5 Move count", 3, c5.getMoves());
Assert.assertEquals("Car c6 Move count", 5, c6.getMoves());
Assert.assertEquals("Car c7 Move count", 20, c7.getMoves());
Assert.assertEquals("Car c8 Move count", 4, c8.getMoves());
Assert.assertEquals("Car c9 Move count", 20, c9.getMoves());
// now try and use a train with more than one location
// Create route with two locations
Route rte3;
rte3 = rmanager.newRoute("Westford to Chelmsford");
RouteLocation rl3 = rte3.addLocation(loc1);
rl3.setTrainDirection(RouteLocation.WEST);
rl3.setMaxCarMoves(10);
RouteLocation rl4 = rte3.addLocation(loc2);
rl4.setTrainDirection(RouteLocation.WEST);
// and assign the new route to train 1
train1.setRoute(rte3);
rl4.setMaxCarMoves(10);
// set the train icon coordinates
rl4.setTrainIconX(175);
rl4.setTrainIconY(50);
train1.build();
// should not pick up cars at Westford Siding 3, Westford Siding 4, Westford Interchange 5
// and Westford Interchange 7
Assert.assertEquals("Car c1 After Build 4 should be assigned to Train 1", train1, c1.getTrain());
Assert.assertEquals("Car c2 After Build 4 should NOT be assigned to Train 1", null, c2.getTrain());
Assert.assertEquals("Car c3 After Build 4 should be assigned to Train 1", train1, c3.getTrain());
Assert.assertEquals("Car c4 After Build 4 should NOT be assigned to Train 1", null, c4.getTrain());
Assert.assertEquals("Car c5 After Build 4 should be assigned to Train 1", train1, c5.getTrain());
Assert.assertEquals("Car c6 After Build 4 should be assigned to Train 1", train1, c6.getTrain());
Assert.assertEquals("Car c7 After Build 4 should be assigned to Train 1", train1, c7.getTrain());
Assert.assertEquals("Car c8 After Build 4 should be assigned to Train 1", train1, c8.getTrain());
Assert.assertEquals("Car c9 After Build 4 should be assigned to Train 1", train1, c9.getTrain());
train1.move();
// Train in route since there's two locations
Assert.assertEquals("Train 1 in route to Chelmsford", true, train1.isTrainEnRoute());
Assert.assertEquals("Train 1 in route to Chelmsford", Train.CODE_TRAIN_EN_ROUTE, train1.getStatusCode());
train1.move();
// 7 cars should in Chelmsford, the other 2 in Westford
Assert.assertEquals("Car c1 After Move 4 location", "Chelmsford Yard 1", c1.getTrackName());
Assert.assertEquals("Car c2 verify location", "Westford Siding 3", c2.getTrackName());
Assert.assertEquals("Car c3 After Move 4 location", "Chelmsford Yard 1", c3.getTrackName());
Assert.assertEquals("Car c4 verify location", "Westford Interchange 7", c4.getTrackName());
Assert.assertEquals("Car c5 After Move 4 location", "Chelmsford Yard 1", c5.getTrackName());
Assert.assertEquals("Car c6 After Move 4 location", "Chelmsford Yard 1", c6.getTrackName());
Assert.assertEquals("Car c7 After Move 4 location", "Chelmsford Yard 1", c7.getTrackName());
Assert.assertEquals("Car c8 After Move 4 location", "Chelmsford Yard 1", c8.getTrackName());
Assert.assertEquals("Car c9 After Move 4 location", "Chelmsford Yard 1", c9.getTrackName());
// do cars have the right loads?
Assert.assertEquals("Car c1 After Move 4 load should be E", "E", c1.getLoadName());
Assert.assertEquals("Car c2 After Move 4 load should be E", "E", c2.getLoadName());
Assert.assertEquals("Car c3 After Move 4 load should be E", "E", c3.getLoadName());
Assert.assertEquals("Car c4 After Move 4 load should be L", "L", c4.getLoadName());
Assert.assertEquals("Car c5 After Move 4 load should be E", "E", c5.getLoadName());
Assert.assertEquals("Car c6 After Move 4 load should be E", "E", c6.getLoadName());
Assert.assertEquals("Car c7 After Move 4 load should be E", "E", c7.getLoadName());
Assert.assertEquals("Car c8 After Move 4 load should be E", "E", c8.getLoadName());
Assert.assertEquals("Car c9 After Move 4 load should be E", "E", c9.getLoadName());
// check car move counts
Assert.assertEquals("Car c1 Move count", 20, c1.getMoves());
Assert.assertEquals("Car c2 Move count", 18, c2.getMoves());
Assert.assertEquals("Car c3 Move count", 3, c3.getMoves());
Assert.assertEquals("Car c4 Move count", 9, c4.getMoves());
Assert.assertEquals("Car c5 Move count", 4, c5.getMoves());
Assert.assertEquals("Car c6 Move count", 6, c6.getMoves());
Assert.assertEquals("Car c7 Move count", 21, c7.getMoves());
Assert.assertEquals("Car c8 Move count", 5, c8.getMoves());
Assert.assertEquals("Car c9 Move count", 21, c9.getMoves());
train1.move();
Assert.assertEquals("Train 1 After 4th build Status", Train.TERMINATED, getTrainStatus(train1));
Assert.assertEquals("Train 1 After 4th build Status", Train.CODE_TERMINATED, train1.getStatusCode());
// test siding to siding
train1.setRoute(rte1);
// bias track selection to sidings
loc1trk3.setMoves(2);
loc1trk4.setMoves(2);
train1.build();
Assert.assertTrue("local testing siding to siding", train1.isBuilt());
Assert.assertEquals("car UP 4 at interchange, destination Westford Siding 3", loc1trk3, c4.getDestinationTrack());
Assert.assertEquals("car CP 2 at siding, destination Westford Yard 1", loc1trk1, c2.getDestinationTrack());
// bias track selection to interchanges
loc1trk3.setMoves(12);
loc1trk4.setMoves(12);
loc1trk5.setMoves(2);
loc1trk6.setMoves(2);
train1.build();
Assert.assertTrue("local testing siding to siding", train1.isBuilt());
Assert.assertEquals("car UP 4 at interchange, destination", "Westford Yard 2", c4.getDestinationTrackName());
Assert.assertEquals("car CP 2 at siding, destination", "Westford Interchange 5", c2.getDestinationTrackName());
// set CP 2 destination, currently at Westford, Westford Siding 3
// release CP2 from train so we can set the car's destination
train1.reset();
c2.setDestination(loc1, null);
// bias to same track
loc1trk3.setMoves(1);
train1.build();
Assert.assertTrue("local testing siding to siding", train1.isBuilt());
Assert.assertEquals("car UP 4 at interchange, destination", "Westford Siding 3", c4.getDestinationTrackName());
Assert.assertEquals("car CP 2 at siding, destination", "Westford Interchange 6", c2.getDestinationTrackName());
// CP 2 is at Westford Siding 3, set destination to be the same
train1.reset();
c2.setDestination(loc1, loc1trk3);
train1.build();
Assert.assertTrue("local testing siding to siding", train1.isBuilt());
Assert.assertEquals("car UP 4 at interchange, destination", "Westford Siding 3", c4.getDestinationTrackName());
Assert.assertEquals("car CP 2 at siding, destination", "Westford Siding 3", c2.getDestinationTrackName());
train1.move();
Assert.assertEquals("Train 1 terminated", Train.TERMINATED, getTrainStatus(train1));
Assert.assertEquals("Train 1 terminated", Train.CODE_TERMINATED, train1.getStatusCode());
}
Also used :
LocationManager(jmri.jmrit.operations.locations.LocationManager)
Car(jmri.jmrit.operations.rollingstock.cars.Car)
CarManager(jmri.jmrit.operations.rollingstock.cars.CarManager)
CarTypes(jmri.jmrit.operations.rollingstock.cars.CarTypes)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
Track(jmri.jmrit.operations.locations.Track)
Route(jmri.jmrit.operations.routes.Route)
RouteManager(jmri.jmrit.operations.routes.RouteManager)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
Location(jmri.jmrit.operations.locations.Location)
Example 13 with CarTypes
use of jmri.jmrit.operations.rollingstock.cars.CarTypes in project JMRI by JMRI.
the class TrainTest method testStagingtoStaging.
// test train staging to staging
public void testStagingtoStaging() {
Setup.setSwitchTime(11);
Setup.setTravelTime(111);
TrainManager tmanager = TrainManager.instance();
RouteManager rmanager = RouteManager.instance();
LocationManager lmanager = LocationManager.instance();
EngineManager emanager = EngineManager.instance();
CarManager cmanager = CarManager.instance();
CarTypes ct = CarTypes.instance();
EngineTypes et = EngineTypes.instance();
// register the car and engine types used
ct.addName("Boxcar");
ct.addName("Caboose");
ct.addName("Flat");
et.addName("Diesel");
// Set up four engines in two consists
Consist con1 = emanager.newConsist("C16");
Consist con2 = emanager.newConsist("C14");
Engine e1 = new Engine("PC", "5016");
e1.setModel("GP40");
e1.setConsist(con1);
e1.setMoves(123);
e1.setOwner("AT");
e1.setBuilt("1990");
Assert.assertEquals("Engine 1 Length", "59", e1.getLength());
emanager.register(e1);
Engine e2 = new Engine("PC", "5019");
e2.setModel("GP40");
e2.setConsist(con1);
e2.setMoves(321);
e2.setOwner("AT");
e2.setBuilt("1990");
Assert.assertEquals("Engine 2 Length", "59", e2.getLength());
emanager.register(e2);
Engine e3 = new Engine("PC", "5524");
e3.setModel("SD45");
e3.setConsist(con2);
e3.setOwner("DAB");
e3.setBuilt("1980");
Assert.assertEquals("Engine 3 Length", "66", e3.getLength());
emanager.register(e3);
Engine e4 = new Engine("PC", "5559");
e4.setModel("SD45");
e4.setConsist(con2);
e4.setOwner("DAB");
e4.setBuilt("1980");
Assert.assertEquals("Engine 4 Length", "66", e4.getLength());
emanager.register(e4);
// Set up two cabooses and six box cars
Car c1 = new Car("CP", "C10099");
c1.setTypeName("Caboose");
c1.setLength("32");
c1.setMoves(23);
c1.setOwner("AT");
c1.setBuilt("1980");
c1.setCaboose(true);
Assert.assertEquals("Caboose 1 Length", "32", c1.getLength());
cmanager.register(c1);
Car c2 = new Car("CP", "C20099");
c2.setTypeName("Caboose");
c2.setLength("32");
c2.setMoves(54);
c2.setOwner("DAB");
c2.setBuilt("1984");
c2.setCaboose(true);
Assert.assertEquals("Caboose 2 Length", "32", c2.getLength());
cmanager.register(c2);
Car c3 = new Car("CP", "X10001");
c3.setTypeName("Boxcar");
c3.setLength("40");
c3.setOwner("DAB");
c3.setBuilt("1984");
Assert.assertEquals("Box Car X10001 Length", "40", c3.getLength());
cmanager.register(c3);
Car c4 = new Car("CP", "X10002");
c4.setTypeName("Boxcar");
c4.setLength("40");
c4.setOwner("AT");
c4.setBuilt("1-84");
c4.setMoves(4444);
Assert.assertEquals("Box Car X10002 Length", "40", c4.getLength());
cmanager.register(c4);
Car c5 = new Car("CP", "X20001");
c5.setTypeName("Boxcar");
c5.setLength("40");
c5.setOwner("DAB");
c5.setBuilt("1980");
Assert.assertEquals("Box Car X20001 Length", "40", c5.getLength());
cmanager.register(c5);
Car c6 = new Car("CP", "X20002");
c6.setTypeName("Boxcar");
c6.setLength("40");
c6.setOwner("DAB");
c6.setBuilt("1978");
Assert.assertEquals("Box Car X20002 Length", "40", c6.getLength());
cmanager.register(c6);
Car c7 = new Car("CP", "777");
c7.setTypeName("Flat");
c7.setLength("50");
c7.setOwner("AT");
c7.setBuilt("1990");
c7.setMoves(6);
Assert.assertEquals("Box Car 777 Length", "50", c7.getLength());
cmanager.register(c7);
Car c8 = new Car("CP", "888");
c8.setTypeName("Boxcar");
c8.setLength("60");
c8.setOwner("DAB");
c8.setBuilt("1985");
Assert.assertEquals("Box Car 888 Length", "60", c8.getLength());
cmanager.register(c8);
Car c9 = new Car("CP", "99");
c9.setTypeName("Flat");
c9.setLength("90");
c9.setOwner("AT");
c9.setBuilt("6-80");
Assert.assertEquals("Box Car 888 Length", "90", c9.getLength());
cmanager.register(c9);
// do cars have the right default loads?
Assert.assertEquals("Car c1 load should be E", "E", c1.getLoadName());
Assert.assertEquals("Car c2 load should be E", "E", c2.getLoadName());
Assert.assertEquals("Car c3 load should be E", "E", c3.getLoadName());
Assert.assertEquals("Car c4 load should be E", "E", c4.getLoadName());
Assert.assertEquals("Car c5 load should be E", "E", c5.getLoadName());
Assert.assertEquals("Car c6 load should be E", "E", c6.getLoadName());
Assert.assertEquals("Car c7 load should be E", "E", c7.getLoadName());
Assert.assertEquals("Car c8 load should be E", "E", c8.getLoadName());
Assert.assertEquals("Car c9 load should be E", "E", c9.getLoadName());
// Set up a route of 3 locations: North End Staging (2 tracks),
// North Industries (1 track), and South End Staging (2 tracks).
Location l1 = new Location("1", "North End");
Assert.assertEquals("Location 1 Id", "1", l1.getId());
Assert.assertEquals("Location 1 Name", "North End", l1.getName());
Assert.assertEquals("Location 1 Initial Length", 0, l1.getLength());
l1.setLocationOps(Location.STAGING);
l1.setTrainDirections(DIRECTION_ALL);
l1.setSwitchListEnabled(true);
lmanager.register(l1);
Track l1s1 = new Track("1s1", "North End 1", Track.STAGING, l1);
l1s1.setLength(300);
Assert.assertEquals("Location 1s1 Id", "1s1", l1s1.getId());
Assert.assertEquals("Location 1s1 Name", "North End 1", l1s1.getName());
Assert.assertEquals("Location 1s1 LocType", "Staging", l1s1.getTrackType());
Assert.assertEquals("Location 1s1 Length", 300, l1s1.getLength());
l1s1.setTrainDirections(DIRECTION_ALL);
l1s1.setRoadOption(Track.ALL_ROADS);
l1s1.setDropOption(Track.ANY);
l1s1.setPickupOption(Track.ANY);
Track l1s2 = new Track("1s2", "North End 2", Track.STAGING, l1);
l1s2.setLength(400);
Assert.assertEquals("Location 1s2 Id", "1s2", l1s2.getId());
Assert.assertEquals("Location 1s2 Name", "North End 2", l1s2.getName());
Assert.assertEquals("Location 1s2 LocType", "Staging", l1s2.getTrackType());
Assert.assertEquals("Location 1s2 Length", 400, l1s2.getLength());
l1s2.setTrainDirections(DIRECTION_ALL);
l1s2.setRoadOption(Track.ALL_ROADS);
l1s2.setDropOption(Track.ANY);
l1s2.setPickupOption(Track.ANY);
l1.addTrack("North End 1", Track.STAGING);
l1.addTrack("North End 2", Track.STAGING);
List<Track> templist1 = l1.getTrackByNameList(null);
for (int i = 0; i < templist1.size(); i++) {
if (i == 0) {
Assert.assertEquals("RL 1 Staging 1 Name", "North End 1", templist1.get(i).getName());
}
if (i == 1) {
Assert.assertEquals("RL 1 Staging 2 Name", "North End 2", templist1.get(i).getName());
}
}
l1.register(l1s1);
l1.register(l1s2);
Assert.assertEquals("Location 1 Length", 700, l1.getLength());
Location l2 = new Location("2", "North Industries");
Assert.assertEquals("Location 2 Id", "2", l2.getId());
Assert.assertEquals("Location 2 Name", "North Industries", l2.getName());
l2.setLocationOps(Location.NORMAL);
l2.setTrainDirections(DIRECTION_ALL);
l2.setSwitchListEnabled(true);
lmanager.register(l2);
Track l2s1 = new Track("2s1", "NI Yard", Track.YARD, l2);
l2s1.setLength(432);
Assert.assertEquals("Location 2s1 Id", "2s1", l2s1.getId());
Assert.assertEquals("Location 2s1 Name", "NI Yard", l2s1.getName());
Assert.assertEquals("Location 2s1 LocType", Track.YARD, l2s1.getTrackType());
Assert.assertEquals("Location 2s1 Length", 432, l2s1.getLength());
l2s1.setTrainDirections(DIRECTION_ALL);
l2.register(l2s1);
Assert.assertEquals("Location 2 Length", 432, l2.getLength());
Location l3 = new Location("3", "South End");
Assert.assertEquals("Location 3 Id", "3", l3.getId());
Assert.assertEquals("Location 3 Name", "South End", l3.getName());
Assert.assertEquals("Location 3 Initial Length", 0, l3.getLength());
l3.setLocationOps(Location.STAGING);
l3.setTrainDirections(DIRECTION_ALL);
l3.setSwitchListEnabled(true);
lmanager.register(l3);
Track l3s1 = new Track("3s1", "South End 1", Track.STAGING, l3);
l3s1.setLength(300);
Assert.assertEquals("Location 3s1 Id", "3s1", l3s1.getId());
Assert.assertEquals("Location 3s1 Name", "South End 1", l3s1.getName());
Assert.assertEquals("Location 3s1 LocType", "Staging", l3s1.getTrackType());
Assert.assertEquals("Location 3s1 Length", 300, l3s1.getLength());
l3s1.setTrainDirections(DIRECTION_ALL);
l3s1.setRoadOption(Track.ALL_ROADS);
l3s1.setDropOption(Track.ANY);
l3s1.setPickupOption(Track.ANY);
Track l3s2 = new Track("3s2", "South End 2", Track.STAGING, l3);
l3s2.setLength(401);
Assert.assertEquals("Location 3s2 Id", "3s2", l3s2.getId());
Assert.assertEquals("Location 3s2 Name", "South End 2", l3s2.getName());
Assert.assertEquals("Location 3s2 LocType", "Staging", l3s2.getTrackType());
Assert.assertEquals("Location 3s2 Length", 401, l3s2.getLength());
l3s2.setTrainDirections(DIRECTION_ALL);
l3s2.setRoadOption(Track.ALL_ROADS);
l3s2.setDropOption(Track.ANY);
l3s2.setPickupOption(Track.ANY);
l3.addTrack("South End 1", Track.STAGING);
l3.addTrack("South End 2", Track.STAGING);
List<Track> templist3 = l3.getTrackByNameList(null);
for (int i = 0; i < templist3.size(); i++) {
if (i == 0) {
Assert.assertEquals("RL 3 Staging 1 Name", "South End 1", templist3.get(i).getName());
}
if (i == 1) {
Assert.assertEquals("RL 3 Staging 2 Name", "South End 2", templist3.get(i).getName());
}
}
l3.register(l3s1);
l3.register(l3s2);
Assert.assertEquals("Location 3 Length", 701, l3.getLength());
// Place 4 Boxcars on Staging tracks
Assert.assertTrue("l1 Accepts Boxcar", l1.acceptsTypeName("Boxcar"));
Assert.assertTrue("l1s1 Accepts Boxcar", l1s1.acceptsTypeName("Boxcar"));
Assert.assertEquals("Location 1s1 Init Used Length", 0, l1s1.getUsedLength());
Assert.assertEquals("Location 1s2 Init Used Length", 0, l1s2.getUsedLength());
Assert.assertEquals("Location 1 Init Used Length", 0, l1s1.getUsedLength());
Assert.assertEquals("Place c3", Track.OKAY, c3.setLocation(l1, l1s1));
Assert.assertEquals("Location 1s1 c3 Used Length", 44, l1s1.getUsedLength());
Assert.assertEquals("Location 1 c3 Used Length", 44, l1.getUsedLength());
Assert.assertEquals("Place c4", Track.OKAY, c4.setLocation(l1, l1s1));
Assert.assertEquals("Location 1s1 c4 Used Length", 88, l1s1.getUsedLength());
Assert.assertEquals("Location 1 c4 Used Length", 88, l1.getUsedLength());
Assert.assertEquals("Place c5", Track.OKAY, c5.setLocation(l1, l1s2));
Assert.assertEquals("Location 1s2 c5 Used Length", 44, l1s2.getUsedLength());
Assert.assertEquals("Location 1 c5 Used Length", 132, l1.getUsedLength());
Assert.assertEquals("Place c6", Track.OKAY, c6.setLocation(l1, l1s2));
Assert.assertEquals("Location 1s2 c6 Used Length", 88, l1s2.getUsedLength());
Assert.assertEquals("Location 1 c6 Used Length", 176, l1.getUsedLength());
// Place 2 Boxcars and Flat in yard
Assert.assertEquals("Place c7", Track.OKAY, c7.setLocation(l2, l2s1));
Assert.assertEquals("Location 2s1 c7 Used Length", 54, l2s1.getUsedLength());
Assert.assertEquals("Location 2 c7 Used Length", 54, l2.getUsedLength());
Assert.assertEquals("Place c8", Track.OKAY, c8.setLocation(l2, l2s1));
Assert.assertEquals("Location 2s1 c4 Used Length", 118, l2s1.getUsedLength());
Assert.assertEquals("Location 2 c4 Used Length", 118, l2.getUsedLength());
Assert.assertEquals("Place c9", Track.OKAY, c9.setLocation(l2, l2s1));
Assert.assertEquals("Location 2s1 c9 Used Length", 212, l2s1.getUsedLength());
Assert.assertEquals("Location 2 c9 Used Length", 212, l2.getUsedLength());
// Place Cabooses on Staging tracks
Assert.assertEquals("Place c1", Track.OKAY, c1.setLocation(l1, l1s1));
Assert.assertEquals("Location 1s1 c1 Used Length", 124, l1s1.getUsedLength());
Assert.assertEquals("Location 1 c1 Used Length", 212, l1.getUsedLength());
Assert.assertEquals("Place c2", Track.OKAY, c2.setLocation(l1, l1s2));
Assert.assertEquals("Location 1s2 c2 Used Length", 124, l1s2.getUsedLength());
Assert.assertEquals("Location 1 c2 Used Length", 248, l1.getUsedLength());
// Define the route.
Route route1 = new Route("1", "Southbound Main Route");
Assert.assertEquals("Route Id", "1", route1.getId());
Assert.assertEquals("Route Name", "Southbound Main Route", route1.getName());
RouteLocation rl1 = new RouteLocation("1r1", l1);
rl1.setSequenceId(1);
rl1.setTrainDirection(RouteLocation.SOUTH);
rl1.setMaxCarMoves(5);
rl1.setMaxTrainLength(1000);
// set the train icon coordinates
rl1.setTrainIconX(25);
rl1.setTrainIconY(25);
Assert.assertEquals("Route Location 1 Id", "1r1", rl1.getId());
Assert.assertEquals("Route Location 1 Name", "North End", rl1.getName());
RouteLocation rl2 = new RouteLocation("1r2", l2);
rl2.setSequenceId(2);
rl2.setTrainDirection(RouteLocation.SOUTH);
// test for only 1 pickup and 1 drop
rl2.setMaxCarMoves(2);
rl2.setMaxTrainLength(1000);
// set the train icon coordinates
rl2.setTrainIconX(75);
rl2.setTrainIconY(25);
Assert.assertEquals("Route Location 2 Id", "1r2", rl2.getId());
Assert.assertEquals("Route Location 2 Name", "North Industries", rl2.getName());
RouteLocation rl3 = new RouteLocation("1r3", l3);
rl3.setSequenceId(3);
rl3.setTrainDirection(RouteLocation.SOUTH);
rl3.setMaxCarMoves(5);
rl3.setMaxTrainLength(1000);
// set the train icon coordinates
rl3.setTrainIconX(125);
rl3.setTrainIconY(25);
Assert.assertEquals("Route Location 3 Id", "1r3", rl3.getId());
Assert.assertEquals("Route Location 3 Name", "South End", rl3.getName());
route1.register(rl1);
route1.register(rl2);
route1.register(rl3);
rmanager.register(route1);
// Finally ready to define the trains.
Train train1 = new Train("1", "STF");
Assert.assertEquals("Train Id", "1", train1.getId());
Assert.assertEquals("Train Name", "STF", train1.getName());
train1.setRequirements(Train.CABOOSE);
train1.setCabooseRoad("CP");
train1.deleteTypeName("Flat");
train1.setRoadOption(Train.ALL_ROADS);
train1.setRoute(route1);
train1.setDepartureTime("6", "5");
tmanager.register(train1);
Train train2 = new Train("2", "SFF");
Assert.assertEquals("Train Id", "2", train2.getId());
Assert.assertEquals("Train Name", "SFF", train2.getName());
// there are boxcars waiting in staging so build should fail
train2.deleteTypeName("Boxcar");
train2.deleteTypeName("Flat");
train2.setRoute(route1);
train2.setDepartureTime("22", "45");
tmanager.register(train2);
// Last minute checks.
Assert.assertEquals("Train 1 Departs Name", "North End", train1.getTrainDepartsName());
Assert.assertEquals("Train 1 Route Departs Name", "North End", train1.getTrainDepartsRouteLocation().getName());
Assert.assertEquals("Train 1 Terminates Name", "South End", train1.getTrainTerminatesName());
Assert.assertEquals("Train 1 Route Terminates Name", "South End", train1.getTrainTerminatesRouteLocation().getName());
Assert.assertEquals("Train 1 Next Location Name", "", train1.getNextLocationName());
Assert.assertEquals("Train 1 Route Name", "Southbound Main Route", train1.getRoute().getName());
Assert.assertEquals("Train 2 Departs Name", "North End", train2.getTrainDepartsName());
Assert.assertEquals("Train 2 Route Departs Name", "North End", train2.getTrainDepartsRouteLocation().getName());
Assert.assertEquals("Train 2 Terminates Name", "South End", train2.getTrainTerminatesName());
Assert.assertEquals("Train 2 Route Terminates Name", "South End", train2.getTrainTerminatesRouteLocation().getName());
Assert.assertEquals("Train 2 Next Location Name", "", train2.getNextLocationName());
Assert.assertEquals("Train 2 Route Name", "Southbound Main Route", train2.getRoute().getName());
// Try building without engines
train1.build();
train2.build();
// Only train 1 should build
Assert.assertEquals("Train 1 After 1st Build without engines", true, train1.isBuilt());
Assert.assertEquals("Train 2 After 1st Build exclude Boxcar", false, train2.isBuilt());
// now allow train 2 to service Boxcars
train2.addTypeName("Boxcar");
// Try again, but exclude road name CP
train2.setRoadOption(Train.EXCLUDE_ROADS);
train2.addRoadName("CP");
Assert.assertEquals("Number of road names for train", 1, train2.getRoadNames().length);
train2.build();
Assert.assertEquals("Train 2 After Build but exclude road CP", false, train2.isBuilt());
train2.setRoadOption(Train.ALL_ROADS);
train2.build();
Assert.assertEquals("Train 2 After Build include Boxcar", true, train2.isBuilt());
// check train 1
Assert.assertEquals("Car c1 After Build without engines should be assigned to Train 1", train1, c1.getTrain());
Assert.assertEquals("Car c3 After Build without engines should be assigned to Train 1", train1, c3.getTrain());
Assert.assertEquals("Car c4 After Build without engines should be assigned to Train 1", train1, c4.getTrain());
Assert.assertEquals("Car c8 After Build without engines should be assigned to Train 1", train1, c8.getTrain());
// car destinations correct?
Assert.assertEquals("Car c1 After Build without engines destination", "South End", c1.getDestinationName());
Assert.assertEquals("Car c3 After Build without engines destination", "North Industries", c3.getDestinationName());
Assert.assertEquals("Car c4 After Build without engines destination", "South End", c4.getDestinationName());
Assert.assertEquals("Car c8 After Build without engines destination", "South End", c8.getDestinationName());
// car destination track correct?
Assert.assertEquals("Car c1 After without engines Build track", "South End 1", c1.getDestinationTrackName());
Assert.assertEquals("Car c3 After without engines Build track", "NI Yard", c3.getDestinationTrackName());
Assert.assertEquals("Car c4 After without engines Build track", "South End 1", c4.getDestinationTrackName());
Assert.assertEquals("Car c8 After without engines Build track", "South End 1", c8.getDestinationTrackName());
// Try again building without engines on staging tracks but require them
train1.setEngineRoad("PC");
train1.setEngineModel("GP40");
train1.setNumberEngines("2");
train2.setNumberEngines("2");
train1.build();
train2.build();
Assert.assertEquals("Train 1 After 2nd Build without engines", false, train1.isBuilt());
Assert.assertEquals("Train 2 After 2nd Build without engines", false, train2.isBuilt());
// Place Engines on Staging tracks
Assert.assertEquals("Place e1", Track.OKAY, e1.setLocation(l1, l1s1));
Assert.assertEquals("Location 1s1 e1 Used Length", 187, l1s1.getUsedLength());
Assert.assertEquals("Location 1 e1 Used Length", 311, l1.getUsedLength());
Assert.assertEquals("Place e2", Track.OKAY, e2.setLocation(l1, l1s1));
Assert.assertEquals("Location 1s1 e2 Used Length", 250, l1s1.getUsedLength());
Assert.assertEquals("Location 1 e2 Used Length", 374, l1.getUsedLength());
Assert.assertEquals("Place e3", Track.OKAY, e3.setLocation(l1, l1s2));
Assert.assertEquals("Location 1s2 e3 Used Length", 194, l1s2.getUsedLength());
Assert.assertEquals("Location 1 e3 Used Length", 444, l1.getUsedLength());
Assert.assertEquals("Place e4", Track.OKAY, e4.setLocation(l1, l1s2));
Assert.assertEquals("Location 1s2 e4 Used Length", 264, l1s2.getUsedLength());
Assert.assertEquals("Location 1 e4 Used Length", 514, l1.getUsedLength());
// Build the trains with engines
train1.build();
train2.build();
// Both should build
Assert.assertEquals("Train 1 After Build with engines", true, train1.isBuilt());
Assert.assertEquals("Train 2 After Build with engines", true, train2.isBuilt());
// Check train 1
Assert.assertEquals("Train 1 After Build Departs Name", "North End", train1.getTrainDepartsName());
Assert.assertEquals("Train 1 After Build Terminates Name", "South End", train1.getTrainTerminatesName());
Assert.assertEquals("Train 1 After Build Next Location Name", "North Industries", train1.getNextLocationName());
Assert.assertEquals("Train 1 After Build Built Status", true, train1.isBuilt());
// Are the proper engines and cars assigned to train 1?
Assert.assertEquals("Engine e1 After Build should be assigned to Train 1", train1, e1.getTrain());
Assert.assertEquals("Engine e2 After Build should be assigned to Train 1", train1, e2.getTrain());
Assert.assertEquals("Car c1 After Build should be assigned to Train 1", train1, c1.getTrain());
Assert.assertEquals("Car c3 After Build should be assigned to Train 1", train1, c3.getTrain());
Assert.assertEquals("Car c4 After Build should be assigned to Train 1", train1, c4.getTrain());
Assert.assertEquals("Car c8 After Build should be assigned to Train 1", train1, c8.getTrain());
// Are the proper engines and cars assigned to train 2?
Assert.assertEquals("Engine e3 After Build should be assigned to Train 2", train2, e3.getTrain());
Assert.assertEquals("Engine e4 After Build should be assigned to Train 2", train2, e4.getTrain());
Assert.assertEquals("Car c2 After Build should be assigned to Train 2", train2, c2.getTrain());
Assert.assertEquals("Car c5 After Build should be assigned to Train 2", train2, c5.getTrain());
Assert.assertEquals("Car c7 After Build should be not be assigned", null, c7.getTrain());
Assert.assertEquals("Car c9 After Build should be not be assigned", null, c9.getTrain());
// Are the engine and car destinations correct?
Assert.assertEquals("Engine e1 After Build destination", "South End", e1.getDestinationName());
Assert.assertEquals("Engine e2 After Build destination", "South End", e2.getDestinationName());
Assert.assertEquals("Car c1 After Build destination", "South End", c1.getDestinationName());
Assert.assertEquals("Car c3 After Build destination", "North Industries", c3.getDestinationName());
Assert.assertEquals("Car c4 After Build destination", "South End", c4.getDestinationName());
Assert.assertEquals("Car c8 After Build destination", "South End", c8.getDestinationName());
// Are the engine and car destination track correct?
Assert.assertEquals("Engine e1 After Build track", "South End 2", e1.getDestinationTrackName());
Assert.assertEquals("Engine e2 After Build track", "South End 2", e2.getDestinationTrackName());
Assert.assertEquals("Car c1 After Build track", "South End 2", c1.getDestinationTrackName());
Assert.assertEquals("Car c3 After Build track", "NI Yard", c3.getDestinationTrackName());
Assert.assertEquals("Car c4 After Build track", "South End 2", c4.getDestinationTrackName());
Assert.assertEquals("Car c8 After Build track", "South End 2", c8.getDestinationTrackName());
// Are the location pickup and drop counts correct?
Assert.assertEquals("Drop count for North End", 0, l1.getDropRS());
// Each train has one drop at North Industries
Assert.assertEquals("Drop count for North Industries", 2, l2.getDropRS());
// Train1 has 5 drops and Train2 has 4 drops for South End
Assert.assertEquals("Drop count for South End", 9, l3.getDropRS());
// Each train has 5 pickups
Assert.assertEquals("Pickup count for North End", 10, l1.getPickupRS());
Assert.assertEquals("Pickup count for North Industries", 1, l2.getPickupRS());
Assert.assertEquals("Pickup count for South End", 0, l3.getPickupRS());
// Are the track pickup and drop counts correct?
Assert.assertEquals("Drop count for North End, track North End 1", 0, l1s1.getDropRS());
Assert.assertEquals("Drop count for North End, track North End 2", 0, l1s2.getDropRS());
Assert.assertEquals("Pickup count for North End, track North End 1", 5, l1s1.getPickupRS());
Assert.assertEquals("Pickup count for North End, track North End 2", 5, l1s2.getPickupRS());
// Each train has one drop at NI Yard
Assert.assertEquals("Drop count for North Industries, track NI Yard", 2, l2s1.getDropRS());
Assert.assertEquals("Pickup count for North Industries, track NI Yard", 1, l2s1.getPickupRS());
Assert.assertEquals("Drop count for South End, track South End 1", 4, l3s1.getDropRS());
Assert.assertEquals("Drop count for South End, track South End 2", 5, l3s2.getDropRS());
Assert.assertEquals("Pickup count for South End, track South End 1", 0, l3s1.getPickupRS());
Assert.assertEquals("Pickup count for South End, track South End 2", 0, l3s2.getPickupRS());
// Are the other engines and cars assigned correctly?
Assert.assertEquals("Engine e3 After Build should NOT be assigned to Train 1", train2, e3.getTrain());
Assert.assertEquals("Engine e4 After Build should NOT be assigned to Train 1", train2, e4.getTrain());
Assert.assertEquals("Car c2 After Build should NOT be assigned to Train 1", train2, c2.getTrain());
Assert.assertEquals("Car c5 After Build should NOT be assigned to Train 1", train2, c5.getTrain());
Assert.assertEquals("Car c6 After Build should NOT be assigned to Train 1", train2, c6.getTrain());
Assert.assertEquals("Car c7 After Build should NOT be assigned to Train 1", null, c7.getTrain());
Assert.assertEquals("Car c9 After Build should NOT be assigned to Train 1", null, c9.getTrain());
// Check expected arrival times
Assert.assertEquals("Train 1 expected departure time", "06:05", train1.getExpectedArrivalTime(rl1));
// Check time for car moves and train travel times
Assert.assertEquals("Per Car move time", 11, Setup.getSwitchTime());
Assert.assertEquals("Train travel time", 111, Setup.getTravelTime());
Assert.assertEquals("Train 1 expected North End", "07:56", train1.getExpectedArrivalTime(rl2));
// one car dropped and one is picked up at North End, so travel time + two car moves
Assert.assertEquals("Train 1 expected North Industries", "10:09", train1.getExpectedArrivalTime(rl3));
// Reset the train!
Assert.assertEquals("Train 1 Reset should be true", true, train1.reset());
Assert.assertEquals("Train 1 After Reset Departs Name", "North End", train1.getTrainDepartsName());
Assert.assertEquals("Train 1 After Reset Terminates Name", "South End", train1.getTrainTerminatesName());
Assert.assertEquals("Train 1 After Reset Next Location Name", "", train1.getNextLocationName());
Assert.assertEquals("Train 1 After Reset Built Status", false, train1.isBuilt());
// Are the engines and cars released from train 1?
Assert.assertEquals("Engine e1 After Reset should NOT be assigned to Train 1", null, e1.getTrain());
Assert.assertEquals("Engine e2 After Reset should NOT be assigned to Train 1", null, e2.getTrain());
Assert.assertEquals("Car c1 After Reset should NOT be assigned to Train 1", null, c1.getTrain());
Assert.assertEquals("Car c3 After Reset should NOT be assigned to Train 1", null, c3.getTrain());
Assert.assertEquals("Car c4 After Reset should NOT be assigned to Train 1", null, c4.getTrain());
Assert.assertEquals("Car c8 After Reset should NOT be assigned to Train 1", null, c8.getTrain());
// Are the location pickup and drop counts correct?
Assert.assertEquals("Reset Drop count for North End", 0, l1.getDropRS());
Assert.assertEquals("Reset Drop count for North Industries", 1, l2.getDropRS());
Assert.assertEquals("Reset Drop count for South End", 4, l3.getDropRS());
Assert.assertEquals("Reset Pickup count for North End", 5, l1.getPickupRS());
Assert.assertEquals("Reset Pickup count for North Industries", 0, l2.getPickupRS());
Assert.assertEquals("Reset Pickup count for South End", 0, l3.getPickupRS());
// Are the track pickup and drop counts correct?
Assert.assertEquals("Reset Drop count for North End, track North End 1", 0, l1s1.getDropRS());
Assert.assertEquals("Reset Drop count for North End, track North End 2", 0, l1s2.getDropRS());
Assert.assertEquals("Reset Pickup count for North End, track North End 1", 0, l1s1.getPickupRS());
Assert.assertEquals("Reset Pickup count for North End, track North End 2", 5, l1s2.getPickupRS());
Assert.assertEquals("Reset Drop count for North Industries, track NI Yard", 1, l2s1.getDropRS());
Assert.assertEquals("Reset Pickup count for North Industries, track NI Yard", 1, l2s1.getDropRS());
Assert.assertEquals("Reset Drop count for South End, track South End 1", 4, l3s1.getDropRS());
Assert.assertEquals("Reset Drop count for South End, track South End 2", 0, l3s2.getDropRS());
Assert.assertEquals("Reset Pickup count for South End, track South End 1", 0, l3s1.getPickupRS());
Assert.assertEquals("Reset Pickup count for South End, track South End 2", 0, l3s2.getPickupRS());
// Try again, but exclude caboose
// there are cabooses waiting in staging so build should fail
train1.deleteTypeName("Caboose");
train1.build();
Assert.assertEquals("Train 1 After Build with engines but exclude Caboose", false, train1.isBuilt());
train1.addTypeName("Caboose");
// Try again, but exclude road name CP
train1.setRoadOption(Train.EXCLUDE_ROADS);
train1.addRoadName("CP");
Assert.assertEquals("Number of road names for train", 1, train1.getRoadNames().length);
train1.build();
Assert.assertEquals("Train 1 After Build with engines but exclude road CP", false, train1.isBuilt());
train1.setRoadOption(Train.ALL_ROADS);
// try again, but set the caboose destination to NI yard
c1.setDestination(l2, null);
train1.build();
Assert.assertEquals("Train 1 build should fail, caboose destination isn't terminal", false, train1.isBuilt());
// send caboose to last location which is staging
c1.setDestination(l3, null);
train1.build();
Assert.assertEquals("Train 1 build, caboose destination is terminal", true, train1.isBuilt());
// don't allow cabooses road
l3.deleteTypeName("Caboose");
train1.build();
Assert.assertEquals("Train 1 build, caboose destination is terminal", false, train1.isBuilt());
l3.addTypeName("Caboose");
// Try again, but only allow rolling stock built before 1985
train2.reset();
train1.setBuiltEndYear("1985");
train1.build();
// should fail, required engines have built dates after 1985
Assert.assertEquals("Train 1 After Build with rs built before 1985", false, train1.isBuilt());
// change the engine built date
e1.setBuilt("7-84");
e2.setBuilt("1984");
train1.build();
Assert.assertEquals("Train 1 After 2nd Build with rs built before 1985", true, train1.isBuilt());
// change one of the car's built date to after 1985
c4.setBuilt("1-85");
train1.build();
// should fail
Assert.assertEquals("Train 1 After 3rd Build with rs built before 1985", false, train1.isBuilt());
train1.setBuiltEndYear("");
train1.build();
Assert.assertEquals("Train 1 After 4th Build with rs built before 1985", true, train1.isBuilt());
// Try again, but now exclude engine type Diesel
train1.deleteTypeName("Diesel");
train1.build();
Assert.assertEquals("Train 1 After 1st Build type Diesel not serviced", false, train1.isBuilt());
train1.addTypeName("Diesel");
train1.build();
Assert.assertEquals("Train 1 After 2nd Build type Diesel serviced", true, train1.isBuilt());
// Try again, but now restrict owner
train1.addOwnerName("DAB");
train1.setOwnerOption(Train.INCLUDE_OWNERS);
train1.build();
Assert.assertEquals("Train 1 After 1st Build owner DAB", false, train1.isBuilt());
train1.addOwnerName("AT");
train1.build();
Assert.assertEquals("Train 1 After 2nd Build owners DAB and AT", true, train1.isBuilt());
train1.setOwnerOption(Train.EXCLUDE_OWNERS);
train1.build();
Assert.assertEquals("Train 1 After 3rd Build exclude owners DAB and AT", false, train1.isBuilt());
train1.deleteOwnerName("AT");
train1.build();
Assert.assertEquals("Train 1 After 4th Build exclude owner DAB", false, train1.isBuilt());
train1.setOwnerOption(Train.ALL_OWNERS);
train1.build();
Assert.assertEquals("Train 1 After 5th Build all owners", true, train1.isBuilt());
// Try again, but now restrict load
train1.addLoadName("L");
train1.setLoadOption(Train.INCLUDE_LOADS);
train1.build();
// build should fail, cars in staging have E loads
Assert.assertEquals("Train 1 After include load L", false, train1.isBuilt());
train1.deleteLoadName("L");
// this car shouldn't be picked up.
c8.setLoadName("L");
train1.addLoadName("E");
train1.build();
Assert.assertEquals("Train 1 After include load E", true, train1.isBuilt());
Assert.assertEquals("car C10099 in staging should be assigned to train", train1, c1.getTrain());
Assert.assertEquals("car X1001 in staging should be assigned to train", train1, c3.getTrain());
Assert.assertEquals("car X1002 in staging should be assigned to train", train1, c4.getTrain());
Assert.assertEquals("car 888 at siding has load L, excluded", null, c8.getTrain());
train1.addLoadName("L");
train1.build();
Assert.assertEquals("Train 1 After include load L", true, train1.isBuilt());
Assert.assertEquals("car C10099 in staging should be assigned to train", train1, c1.getTrain());
Assert.assertEquals("car X1001 in staging should be assigned to train", train1, c3.getTrain());
Assert.assertEquals("car X1002 in staging should be assigned to train", train1, c4.getTrain());
Assert.assertEquals("car 888 at siding has load L, now included", train1, c8.getTrain());
train1.setLoadOption(Train.EXCLUDE_LOADS);
// cars in staging have E loads, so build should fail
train1.build();
Assert.assertEquals("Train 1 After exclude loads", false, train1.isBuilt());
// allow train to carry E loads
train1.deleteLoadName("E");
train1.build();
Assert.assertEquals("Train 1 After exclude loads L", true, train1.isBuilt());
Assert.assertEquals("car C10099 in staging should be assigned to train", train1, c1.getTrain());
Assert.assertEquals("car X1001 in staging should be assigned to train", train1, c3.getTrain());
Assert.assertEquals("car X1002 in staging should be assigned to train", train1, c4.getTrain());
Assert.assertEquals("car 888 at siding has load L, now excluded", null, c8.getTrain());
// done
train1.setLoadOption(Train.ALL_LOADS);
// Try again, but now set staging track service direction NORTH, train departs to the south
l1s1.setTrainDirections(Location.NORTH);
l1s2.setTrainDirections(Location.NORTH);
train1.build();
Assert.assertEquals("Train 1 After 1st Build staging set to North", false, train1.isBuilt());
l1s1.setTrainDirections(Location.SOUTH);
l1s2.setTrainDirections(Location.SOUTH);
train1.build();
Assert.assertEquals("Train 1 After 2nd Build staging set to South", true, train1.isBuilt());
// need to reset train to release cars
train1.reset();
// Try again, but now have a car with a destination not serviced by train
Location nowhere = lmanager.newLocation("nowhere");
c4.setDestination(nowhere, null);
train1.build();
Assert.assertEquals("Train 1 After Build car to nowhere", false, train1.isBuilt());
c4.setDestination(null, null);
// Build the trains again!!
train1.build();
train2.build();
Assert.assertEquals("Train 1 After Build with engines include all roads", true, train1.isBuilt());
Assert.assertEquals("Train 1 After Build Departs Name", "North End", train1.getTrainDepartsName());
Assert.assertEquals("Train 1 After Build Terminates Name", "South End", train1.getTrainTerminatesName());
Assert.assertEquals("Train 1 After Build Next Location Name", "North Industries", train1.getNextLocationName());
// now trying limiting the number of cars that can depart staging
// there are three cars in staging
rl1.setMaxCarMoves(2);
train1.build();
Assert.assertEquals("Train 1 After Build limit train to 2 cars out of staging", false, train1.isBuilt());
// try again but now the train can have three cars departing staging
// there are three cars in staging
rl1.setMaxCarMoves(3);
train1.build();
Assert.assertEquals("Train 1 After Build limit train to 3 cars out of staging", true, train1.isBuilt());
// Move the train #1
train1.move();
Assert.assertEquals("Train 1 After 1st Move Current Name", "North Industries", train1.getCurrentLocationName());
Assert.assertEquals("Train 1 After 1st Move Next Location Name", "South End", train1.getNextLocationName());
// Is the train in route?
Assert.assertEquals("Train 1 in route after 1st", true, train1.isTrainEnRoute());
// Try and reset the train
Assert.assertEquals("Train 1 Reset should be false", false, train1.reset());
// Are the engine and car locations correct?
Assert.assertEquals("Engine e1 After After 1st Move", "North Industries", e1.getLocationName());
Assert.assertEquals("Engine e2 After After 1st Move", "North Industries", e2.getLocationName());
Assert.assertEquals("Car c1 After After 1st Move", "North Industries", c1.getLocationName());
Assert.assertEquals("Car c3 After After 1st Move", "North Industries", c3.getLocationName());
Assert.assertEquals("Car c4 After After 1st Move", "North Industries", c4.getLocationName());
Assert.assertEquals("Car c8 After After 1st Move", "North Industries", c8.getLocationName());
// Are the location pickup and drop counts correct?
Assert.assertEquals("Move 1 Drop count for North End", 0, l1.getDropRS());
Assert.assertEquals("Move 1 Drop count for North Industries", 2, l2.getDropRS());
Assert.assertEquals("Move 1 Drop count for South End", 9, l3.getDropRS());
Assert.assertEquals("Move 1 Pickup count for North End", 5, l1.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for North Industries", 1, l2.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for South End", 0, l3.getPickupRS());
// Are the track pickup and drop counts correct?
Assert.assertEquals("Move 1 Drop count for North End, track North End 1", 0, l1s1.getDropRS());
Assert.assertEquals("Move 1 Drop count for North End, track North End 2", 0, l1s2.getDropRS());
Assert.assertEquals("Move 1 Pickup count for North End, track North End 1", 0, l1s1.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for North End, track North End 2", 5, l1s2.getPickupRS());
Assert.assertEquals("Move 1 Drop count for North Industries, track NI Yard", 2, l2s1.getDropRS());
Assert.assertEquals("Move 1 Pickup count for North Industries, track NI Yard", 1, l2s1.getPickupRS());
Assert.assertEquals("Move 1 Drop count for South End, track South End 1", 4, l3s1.getDropRS());
Assert.assertEquals("Move 1 Drop count for South End, track South End 2", 5, l3s2.getDropRS());
Assert.assertEquals("Move 1 Pickup count for South End, track South End 1", 0, l3s1.getPickupRS());
Assert.assertEquals("Move 1 Pickup count for South End, track South End 2", 0, l3s2.getPickupRS());
// Move the train #2
train1.move();
Assert.assertEquals("Train 1 After 2nd Move Current Name", "South End", train1.getCurrentLocationName());
Assert.assertEquals("Train 1 After 2nd Move Next Location Name", "", train1.getNextLocationName());
// Is the train in route?
Assert.assertEquals("Train 1 in route after 2nd", true, train1.isTrainEnRoute());
// Are the engine and car locations correct?
Assert.assertEquals("Engine e1 After After 2nd Move", "South End", e1.getLocationName());
Assert.assertEquals("Engine e2 After After 2nd Move", "South End", e2.getLocationName());
Assert.assertEquals("Car c1 After After 2nd Move", "South End", c1.getLocationName());
Assert.assertEquals("Car c3 After After 2nd Move", "North Industries", c3.getLocationName());
Assert.assertEquals("Car c4 After After 2nd Move", "South End", c4.getLocationName());
Assert.assertEquals("Car c8 After After 2nd Move", "South End", c8.getLocationName());
// was c3 released from train?
Assert.assertEquals("Car c3 After drop should NOT be assigned to Train 1", null, c3.getTrain());
Assert.assertEquals("Car c3 destination After 2nd Move", "", c3.getDestinationTrackName());
Assert.assertEquals("Car c3 After 2nd Move location", "North Industries", c3.getLocationName());
Assert.assertEquals("Car c3 After 2nd Move", "NI Yard", c3.getTrackName());
Assert.assertEquals("Car c3 Moves after drop should be 14", 14, c3.getMoves());
// Are the location pickup and drop counts correct?
Assert.assertEquals("Move 2 Drop count for North End", 0, l1.getDropRS());
Assert.assertEquals("Move 2 Drop count for North Industries", 1, l2.getDropRS());
Assert.assertEquals("Move 2 Drop count for South End", 9, l3.getDropRS());
Assert.assertEquals("Move 2 Pickup count for North End", 5, l1.getPickupRS());
Assert.assertEquals("Move 2 Pickup count for North Industries", 0, l2.getPickupRS());
Assert.assertEquals("Move 2 Pickup count for South End", 0, l3.getPickupRS());
// Are the track pickup and drop counts correct?
Assert.assertEquals("Move 2 Drop count for North End, track North End 1", 0, l1s1.getDropRS());
Assert.assertEquals("Move 2 Drop count for North End, track North End 2", 0, l1s2.getDropRS());
Assert.assertEquals("Move 2 Pickup count for North End, track North End 1", 0, l1s1.getPickupRS());
Assert.assertEquals("Move 2 Pickup count for North End, track North End 2", 5, l1s2.getPickupRS());
Assert.assertEquals("Move 2 Drop count for North Industries, track NI Yard", 1, l2s1.getDropRS());
Assert.assertEquals("Move 2 Pickup count for North Industries, track NI Yard", 0, l2s1.getPickupRS());
Assert.assertEquals("Move 2 Drop count for South End, track South End 1", 4, l3s1.getDropRS());
Assert.assertEquals("Move 2 Drop count for South End, track South End 2", 5, l3s2.getDropRS());
Assert.assertEquals("Move 2 Pickup count for South End, track South End 1", 0, l3s1.getPickupRS());
Assert.assertEquals("Move 2 Pickup count for South End, track South End 2", 0, l3s2.getPickupRS());
// Move the train #3 (Terminate)
train1.move();
Assert.assertEquals("Train 1 After 3rd Move Current Name", "", train1.getCurrentLocationName());
Assert.assertEquals("Train 1 After 3rd Move Next Location Name", "", train1.getNextLocationName());
Assert.assertEquals("Train 1 After 3rd Move Status", Train.TERMINATED, getTrainStatus(train1));
// Is the train in route?
Assert.assertEquals("Train 1 in route after 3rd", false, train1.isTrainEnRoute());
// Are the engine and car destinations correct?
Assert.assertEquals("Engine e1 After 3rd Move", "", e1.getDestinationTrackName());
Assert.assertEquals("Engine e2 After 3rd Move", "", e2.getDestinationTrackName());
Assert.assertEquals("Car c1 After 3rd Move", "", c1.getDestinationTrackName());
Assert.assertEquals("Car c4 After 3rd Move", "", c4.getDestinationTrackName());
Assert.assertEquals("Car c8 After 3rd Move", "", c8.getDestinationTrackName());
// Are the engine and car final locations correct?
Assert.assertEquals("Engine e1 After Terminate location", "South End", e1.getLocationName());
Assert.assertEquals("Engine e2 After Terminate location", "South End", e2.getLocationName());
Assert.assertEquals("Car c1 After Terminate location", "South End", c1.getLocationName());
Assert.assertEquals("Car c4 After Terminate location", "South End", c4.getLocationName());
Assert.assertEquals("Car c8 After Terminate location", "South End", c8.getLocationName());
// Are the engine and car final staging track correct?
Assert.assertEquals("Engine e1 After Terminate track", "South End 2", e1.getTrackName());
Assert.assertEquals("Engine e2 After Terminate track", "South End 2", e2.getTrackName());
Assert.assertEquals("Car c1 After Terminate track", "South End 2", c1.getTrackName());
Assert.assertEquals("Car c4 After Terminate track", "South End 2", c4.getTrackName());
Assert.assertEquals("Car c8 After Terminate track", "South End 2", c8.getTrackName());
// Are the engine and car moves correct
Assert.assertEquals("Engine e1 Moves after Terminate should be 137", 137, e1.getMoves());
Assert.assertEquals("Engine e2 Moves after Terminate should be 335", 335, e2.getMoves());
Assert.assertEquals("Car c1 Moves after Terminate should be 37", 37, c1.getMoves());
Assert.assertEquals("Car c4 Moves after Terminate should be 4458", 4458, c4.getMoves());
Assert.assertEquals("Car c8 Moves after Terminate should be 11", 11, c8.getMoves());
// Are the location pickup and drop counts correct?
Assert.assertEquals("Move 3 Drop count for North End", 0, l1.getDropRS());
Assert.assertEquals("Move 3 Drop count for North Industries", 1, l2.getDropRS());
Assert.assertEquals("Move 3 Drop count for South End", 4, l3.getDropRS());
Assert.assertEquals("Move 3 Pickup count for North End", 5, l1.getPickupRS());
Assert.assertEquals("Move 3 Pickup count for North Industries", 0, l2.getPickupRS());
Assert.assertEquals("Move 3 Pickup count for South End", 0, l3.getPickupRS());
// Are the track pickup and drop counts correct?
Assert.assertEquals("Move 3 Drop count for North End, track North End 1", 0, l1s1.getDropRS());
Assert.assertEquals("Move 3 Drop count for North End, track North End 2", 0, l1s2.getDropRS());
Assert.assertEquals("Move 3 Pickup count for North End, track North End 1", 0, l1s1.getPickupRS());
Assert.assertEquals("Move 3 Pickup count for North End, track North End 2", 5, l1s2.getPickupRS());
Assert.assertEquals("Move 3 Drop count for North Industries, track NI Yard", 1, l2s1.getDropRS());
Assert.assertEquals("Move 3 Pickup count for North Industries, track NI Yard", 0, l2s1.getPickupRS());
Assert.assertEquals("Move 3 Drop count for South End, track South End 1", 4, l3s1.getDropRS());
Assert.assertEquals("Move 3 Drop count for South End, track South End 2", 0, l3s2.getDropRS());
Assert.assertEquals("Move 3 Pickup count for South End, track South End 1", 0, l3s1.getPickupRS());
Assert.assertEquals("Move 3 Pickup count for South End, track South End 2", 0, l3s2.getPickupRS());
// Move the train 1 for the forth time, this shouldn't change anything
train1.move();
Assert.assertEquals("Train 1 After 4th Move Current Name", "", train1.getCurrentLocationName());
Assert.assertEquals("Train 1 After 4th Move Next Location Name", "", train1.getNextLocationName());
Assert.assertEquals("Train 1 After 4th Move Status", Train.TERMINATED, getTrainStatus(train1));
// Is the train in route?
Assert.assertEquals("Train 1 sould not be in route", false, train1.isTrainEnRoute());
// Are the engines and cars released from train 1?
Assert.assertEquals("Engine e1 After Terminate should NOT be assigned to Train 1", null, e1.getTrain());
Assert.assertEquals("Engine e2 After Terminate should NOT be assigned to Train 1", null, e2.getTrain());
Assert.assertEquals("Car c1 After Terminate should NOT be assigned to Train 1", null, c1.getTrain());
Assert.assertEquals("Car c4 After Terminate should NOT be assigned to Train 1", null, c4.getTrain());
// do cars have the right loads?
Assert.assertEquals("Car c1 load after Terminate", "E", c1.getLoadName());
Assert.assertEquals("Car c2 load after Terminate", "E", c2.getLoadName());
Assert.assertEquals("Car c3 load after Terminate", "E", c3.getLoadName());
Assert.assertEquals("Car c4 load after Terminate", "E", c4.getLoadName());
Assert.assertEquals("Car c5 load after Terminate", "E", c5.getLoadName());
Assert.assertEquals("Car c6 load after Terminate", "E", c6.getLoadName());
Assert.assertEquals("Car c7 load after Terminate", "E", c7.getLoadName());
Assert.assertEquals("Car c8 load after Terminate", "L", c8.getLoadName());
Assert.assertEquals("Car c9 load after Terminate", "E", c9.getLoadName());
// reset train 2
Assert.assertTrue("reset train2", train2.reset());
// Are the location pickup and drop counts correct?
Assert.assertEquals("Terminated Drop count for North End", 0, l1.getDropRS());
Assert.assertEquals("Terminated Drop count for North Industries", 0, l2.getDropRS());
Assert.assertEquals("Terminated Drop count for South End", 0, l3.getDropRS());
Assert.assertEquals("Terminated Pickup count for North End", 0, l1.getPickupRS());
Assert.assertEquals("Terminated Pickup count for North Industries", 0, l2.getPickupRS());
Assert.assertEquals("Terminated Pickup count for South End", 0, l3.getPickupRS());
// Are the track pickup and drop counts correct?
Assert.assertEquals("Terminated Drop count for North End, track North End 1", 0, l1s1.getDropRS());
Assert.assertEquals("Terminated Drop count for North End, track North End 2", 0, l1s2.getDropRS());
Assert.assertEquals("Terminated Pickup count for North End, track North End 1", 0, l1s1.getPickupRS());
Assert.assertEquals("Terminated Pickup count for North End, track North End 2", 0, l1s2.getPickupRS());
Assert.assertEquals("Terminated Drop count for North Industries, track NI Yard", 0, l2s1.getDropRS());
Assert.assertEquals("Terminated Pickup count for North Industries, track NI Yard", 0, l2s1.getDropRS());
Assert.assertEquals("Terminated Drop count for South End, track South End 1", 0, l3s1.getDropRS());
Assert.assertEquals("Terminated Drop count for South End, track South End 2", 0, l3s2.getDropRS());
Assert.assertEquals("Terminated Pickup count for South End, track South End 1", 0, l3s1.getPickupRS());
Assert.assertEquals("Terminated Pickup count for South End, track South End 2", 0, l3s2.getPickupRS());
// this should fail, there are two engines in staging
train2.setNumberEngines("1");
// now build train 2 testing failure modes
train2.build();
// build required 1 engine and there were two
Assert.assertEquals("Train 2 After Build require 1 engine", false, train2.isBuilt());
// take one engine out of the consist
e4.setConsist(null);
train2.build();
Assert.assertEquals("Train 2 After Build require 1 engine, but 2 engines on staging track", false, train2.isBuilt());
// remove engine from staging
e4.setLocation(null, null);
train2.build();
Assert.assertEquals("Train 2 After Build require 1 engine, 1 consisted engine on staging track", true, train2.isBuilt());
// take lead engine out of consist
e3.setConsist(null);
train2.build();
Assert.assertEquals("Train 2 After Build require 1 engine, single engine on staging track", true, train2.isBuilt());
// restore engines and place back on staging tracks
e3.setConsist(con2);
e4.setConsist(con2);
e3.setLocation(l1, l1s2);
e4.setLocation(l1, l1s2);
// should work for 0
train2.setNumberEngines("0");
train2.build();
Assert.assertEquals("Train 2 After Build require 0 engine", true, train2.isBuilt());
train2.setNumberEngines("3");
train2.build();
Assert.assertEquals("Train 2 After Build require 3 engines", false, train2.isBuilt());
train2.setNumberEngines("2");
train2.build();
Assert.assertEquals("Train 2 After Build require 2 engine", true, train2.isBuilt());
// take engine out of service
e3.setOutOfService(true);
train2.build();
Assert.assertEquals("Train 2 After Build engine out of service", false, train2.isBuilt());
// put back into service
e3.setOutOfService(false);
train2.build();
Assert.assertEquals("Train 2 After Build engine in service", true, train2.isBuilt());
// try different road
train2.setEngineRoad("CP");
train2.build();
Assert.assertEquals("Train 2 After Build require road CP", false, train2.isBuilt());
train2.setEngineRoad("PC");
// try requiring FRED, should fail
train2.setRequirements(Train.FRED);
train2.build();
Assert.assertEquals("Train 2 After Build requires FRED", false, train2.isBuilt());
// Add FRED to boxcar
c5.setFred(true);
train2.build();
Assert.assertEquals("Train 2 After Build 2 requires FRED", true, train2.isBuilt());
// try engine wrong model
train2.setEngineModel("DS45");
train2.build();
Assert.assertEquals("Train 2 After Build 2 requires model DS45", false, train2.isBuilt());
// try engine correct model
train2.setEngineModel("SD45");
train2.build();
Assert.assertEquals("Train 2 After Build 2 requires model SD45", true, train2.isBuilt());
// Are the engines and cars assigned to train 2?
Assert.assertEquals("Engine e3 After Build should be assigned to Train 2", train2, e3.getTrain());
Assert.assertEquals("Engine e4 After Build should be assigned to Train 2", train2, e4.getTrain());
Assert.assertEquals("Car c2 After Build should be assigned to Train 2", train2, c2.getTrain());
Assert.assertEquals("Car c3 After Build should be assigned to Train 2", train2, c3.getTrain());
Assert.assertEquals("Car c5 After Build should be assigned to Train 2", train2, c5.getTrain());
Assert.assertEquals("Car c6 After Build should be assigned to Train 2", train2, c6.getTrain());
// train 2 does not accept Flat
Assert.assertEquals("Car c7 After Build should NOT be assigned to Train 2", null, c7.getTrain());
Assert.assertEquals("Car c9 After Build should NOT be assigned to Train 2", null, c9.getTrain());
// now allow Flat
train2.addTypeName("Flat");
c9.setLength("200");
train2.build();
// c9 and c7 have less moves than c3, but there's not enough room for c9 at destination
Assert.assertEquals("Car c3 After Build 3 should be assigned to Train 2", null, c3.getTrain());
Assert.assertEquals("Car c7 After Build 3 should be assigned to Train 2", train2, c7.getTrain());
Assert.assertEquals("Car c9 After Build 3 should NOT be assigned to Train 2", null, c9.getTrain());
// c7 is assigned to Staging Track South End 1 its load will swap
Assert.assertEquals("Car c7 After Build 3 destination", "South End 1", c7.getDestinationTrackName());
Assert.assertEquals("Car c7 load After Build 3", "E", c7.getLoadName());
// increase the size of staging
l3s2.setLength(500);
// allow default load swaps
// South End 2
l3s2.setLoadSwapEnabled(true);
train2.build();
// Check expected arrival times
Assert.assertEquals("Train 2 expected departure time", "22:45", train2.getExpectedArrivalTime(rl1));
Assert.assertEquals("Train 2 expected North End", "1:00:36", train2.getExpectedArrivalTime(rl2));
// one car dropped and one is picked up at North End, so travel time + two car moves
Assert.assertEquals("Train 2 expected North Industries", "1:02:49", train2.getExpectedArrivalTime(rl3));
// the build first resets which removes cars from the train, c3 load should NOT swap
Assert.assertEquals("Car c3 load After Build 4", "E", c3.getLoadName());
// c9 has less moves than c3 and c7, and now there's enough room for c9
Assert.assertEquals("Car c3 After Build 4 should NOT be assigned to Train 2", null, c3.getTrain());
Assert.assertEquals("Car c7 After Build 4 should be assigned to Train 2", train2, c7.getTrain());
Assert.assertEquals("Car c9 After Build 4 should NOT be assigned to Train 2", null, c9.getTrain());
// move the train #1
train2.move();
// Is the train in route?
Assert.assertEquals("Train 2 in route after 1st", true, train2.isTrainEnRoute());
// #2
train2.move();
// Is the train in route?
Assert.assertEquals("Train 2 in route after 2nd", true, train2.isTrainEnRoute());
// #3
train2.move();
// Is the train in route?
Assert.assertEquals("Train 2 in route after 3rd", false, train2.isTrainEnRoute());
// Are the engine and car final tracks correct?
Assert.assertEquals("Engine e1 After Terminate track", "South End 2", e1.getTrackName());
Assert.assertEquals("Engine e2 After Terminate track", "South End 2", e2.getTrackName());
Assert.assertEquals("Engine e3 After Terminate track", "South End 1", e3.getTrackName());
Assert.assertEquals("Engine e4 After Terminate track", "South End 1", e4.getTrackName());
Assert.assertEquals("Car c1 After Terminate track", "South End 2", c1.getTrackName());
Assert.assertEquals("Car c2 After Terminate track", "South End 1", c2.getTrackName());
Assert.assertEquals("Car c3 After Terminate track", "NI Yard", c3.getTrackName());
Assert.assertEquals("Car c4 After Terminate track", "South End 2", c4.getTrackName());
Assert.assertEquals("Car c5 After Terminate track", "South End 1", c5.getTrackName());
Assert.assertEquals("Car c6 After Terminate track", "NI Yard", c6.getTrackName());
Assert.assertEquals("Car c7 After Terminate track", "South End 1", c7.getTrackName());
Assert.assertEquals("Car c8 After Terminate track", "South End 2", c8.getTrackName());
Assert.assertEquals("Car c9 After Terminate track", "NI Yard", c9.getTrackName());
// do cars have the right loads?
Assert.assertEquals("Car c1 load after Terminate Train 2", "E", c1.getLoadName());
Assert.assertEquals("Car c2 load after Terminate Train 2", "E", c2.getLoadName());
Assert.assertEquals("Car c3 load after Terminate Train 2", "E", c3.getLoadName());
Assert.assertEquals("Car c4 load after Terminate Train 2", "E", c4.getLoadName());
Assert.assertEquals("Car c5 load after Terminate Train 2", "E", c5.getLoadName());
Assert.assertEquals("Car c6 load after Terminate Train 2", "E", c6.getLoadName());
Assert.assertEquals("Car c7 load after Terminate Train 2", "E", c7.getLoadName());
Assert.assertEquals("Car c8 load after Terminate Train 2", "L", c8.getLoadName());
Assert.assertEquals("Car c9 load after Terminate Train 2", "E", c9.getLoadName());
// try building again
// Place caboose on Staging tracks
Assert.assertEquals("Place c1", Track.OKAY, c1.setLocation(l1, l1s1));
train2.setRequirements(Train.CABOOSE);
train2.setNumberEngines("0");
train2.build();
// Should fail both staging tracks are full
Assert.assertFalse("Train 2 not built", train2.isBuilt());
// add a new staging track
Track l3s3 = l3.addTrack("South End 3", Track.STAGING);
l3s3.setLength(200);
train2.build();
// Should build
Assert.assertTrue("Train 2 built", train2.isBuilt());
// make staging track too small for caboose
l3s3.setLength(20);
train2.build();
// Should not build
Assert.assertFalse("Train 2 built", train2.isBuilt());
// restore
l3s3.setLength(200);
// Car X10001 is a location North Industries, NI Yard, send boxcar X10001 to staging
Assert.assertEquals("set destination", Track.OKAY, c3.setDestination(l3, null));
train2.build();
// Should build
Assert.assertTrue("Train 2 built", train2.isBuilt());
Assert.assertEquals("Car X10001 to staging track", l3s3, c3.getDestinationTrack());
Assert.assertEquals("Car X10001 assigned to train 2", train2, c3.getTrain());
// Send car X10001 to staging and track that isn't being used
train2.reset();
Assert.assertEquals("set destination", Track.OKAY, c3.setDestination(l3, l3s2));
train2.build();
// Should build
Assert.assertTrue("Train 2 built", train2.isBuilt());
Assert.assertEquals("Car X10001 not assigned to train 2", train2, c3.getTrain());
// Send car X10001 to staging and the only track available
train2.reset();
// this removes track, it is now reserved
c3.setDestination(l3, l3s3);
train2.build();
// Should not build
Assert.assertFalse("Train 2 built", train2.isBuilt());
Assert.assertEquals("Car X10001 assigned to train 2", null, c3.getTrain());
train2.setRequirements(Train.NO_CABOOSE_OR_FRED);
train2.reset();
ct.addName("BOXCAR");
train2.addTypeName("BOXCAR");
c3.setTypeName("BOXCAR");
l3.addTypeName("BOXCAR");
c3.setDestination(l3, null);
train2.build();
// Should Not build, staging track South End 3 doesn't service type BOXCAR
Assert.assertFalse("Train 2 will not build due to BOXCAR", train2.isBuilt());
Assert.assertEquals("Car X10001 NOT assigned to train 2", null, c3.getTrain());
// turn off staging check
Setup.setTrainIntoStagingCheckEnabled(false);
train2.build();
Assert.assertTrue("Train 2 will now build ignoring BOXCAR", train2.isBuilt());
Assert.assertEquals("Car X10001 NOT assigned to train 2", null, c3.getTrain());
Setup.setTrainIntoStagingCheckEnabled(true);
train2.deleteTypeName("BOXCAR");
c3.setTypeName("Boxcar");
// control which road will go into staging
l3s3.setRoadOption(Track.INCLUDE_ROADS);
train2.build();
Assert.assertFalse("Train 2 will NOT build road restriction", train2.isBuilt());
train2.setRoadOption(Train.INCLUDE_ROADS);
Assert.assertEquals("Number of road names for train", 1, train2.getRoadNames().length);
train2.build();
Assert.assertFalse("Train 2 will NOT build road restriction CP", train2.isBuilt());
l3s3.addRoadName("CP");
Assert.assertEquals("Number of road names", 1, l3s3.getRoadNames().length);
train2.build();
Assert.assertTrue("Train 2 will build road restriction CP removed", train2.isBuilt());
train2.setRoadOption(Train.EXCLUDE_ROADS);
train2.deleteRoadName("CP");
Assert.assertEquals("Number of road names for train", 0, train2.getRoadNames().length);
train2.build();
Assert.assertFalse("Train 2 will NOT build road restriction exclude road CP", train2.isBuilt());
// now allow road into staging
l3s3.setRoadOption(Track.EXCLUDE_ROADS);
l3s3.deleteRoadName("CP");
Assert.assertEquals("Number of road names", 0, l3s3.getRoadNames().length);
train2.build();
Assert.assertTrue("Train 2 will build no road restrictions", train2.isBuilt());
l3s3.addRoadName("BM");
Assert.assertEquals("Number of road names", 1, l3s3.getRoadNames().length);
train2.build();
Assert.assertFalse("Train 2 will Not build, staging track will not accept road BM", train2.isBuilt());
// end staging to staging 1
}
Also used :
LocationManager(jmri.jmrit.operations.locations.LocationManager)
EngineTypes(jmri.jmrit.operations.rollingstock.engines.EngineTypes)
EngineManager(jmri.jmrit.operations.rollingstock.engines.EngineManager)
CarTypes(jmri.jmrit.operations.rollingstock.cars.CarTypes)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
Car(jmri.jmrit.operations.rollingstock.cars.Car)
Consist(jmri.jmrit.operations.rollingstock.engines.Consist)
CarManager(jmri.jmrit.operations.rollingstock.cars.CarManager)
Engine(jmri.jmrit.operations.rollingstock.engines.Engine)
Track(jmri.jmrit.operations.locations.Track)
Route(jmri.jmrit.operations.routes.Route)
RouteManager(jmri.jmrit.operations.routes.RouteManager)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
Location(jmri.jmrit.operations.locations.Location)
Example 14 with CarTypes
use of jmri.jmrit.operations.rollingstock.cars.CarTypes in project JMRI by JMRI.
the class TrainTest method testStagingtoStaging2.
// test train staging to staging
public void testStagingtoStaging2() {
TrainManager tmanager = TrainManager.instance();
RouteManager rmanager = RouteManager.instance();
LocationManager lmanager = LocationManager.instance();
EngineManager emanager = EngineManager.instance();
CarManager cmanager = CarManager.instance();
CarColors cc = CarColors.instance();
CarLengths cl = CarLengths.instance();
CarOwners co = CarOwners.instance();
CarRoads cr = CarRoads.instance();
CarLoads cld = CarLoads.instance();
CarTypes ct = CarTypes.instance();
EngineModels em = EngineModels.instance();
// Clear out the global lists
// Clear out the CarColors
cc.dispose();
// Clear out the CarLengths
cl.dispose();
// Clear out the CarOwners
co.dispose();
// Clear out the CarRoads
cr.dispose();
// Clear out the CarTypes
ct.dispose();
// Clear out the CarLoads
cld.dispose();
// Clear out the EngineModels
em.dispose();
// register the car colors used
Assert.assertEquals("Bob Test CarColor Silver false", false, cc.containsName("Silver"));
Assert.assertEquals("Bob Test CarColor Black false", false, cc.containsName("Black"));
Assert.assertEquals("Bob Test CarColor Red false", false, cc.containsName("Red"));
cc.addName("Silver");
Assert.assertEquals("Bob Test CarColor Silver true", true, cc.containsName("Silver"));
cc.addName("Black");
Assert.assertEquals("Bob Test CarColor Black true", true, cc.containsName("Black"));
cc.addName("Red");
Assert.assertEquals("Bob Test CarColor Red true", true, cc.containsName("Red"));
// register the car lengths used
Assert.assertEquals("Bob Test CarLength 32 false", false, cl.containsName("32"));
Assert.assertEquals("Bob Test CarLength 38 false", false, cl.containsName("38"));
Assert.assertEquals("Bob Test CarLength 40 false", false, cl.containsName("40"));
cl.addName("32");
Assert.assertEquals("Bob Test CarLength 32 true", true, cl.containsName("32"));
cl.addName("38");
Assert.assertEquals("Bob Test CarLength 38 true", true, cl.containsName("38"));
cl.addName("40");
Assert.assertEquals("Bob Test CarLength 40 true", true, cl.containsName("40"));
// register the car owners used
Assert.assertEquals("Bob Test CarOwner Owner1 false", false, co.containsName("Owner1"));
Assert.assertEquals("Bob Test CarOwner Owner2 false", false, co.containsName("Owner2"));
Assert.assertEquals("Bob Test CarOwner Owner3 false", false, co.containsName("Owner3"));
co.addName("Owner1");
Assert.assertEquals("Bob Test CarOwner Owner1 true", true, co.containsName("Owner1"));
co.addName("Owner2");
Assert.assertEquals("Bob Test CarOwner Owner2 true", true, co.containsName("Owner2"));
co.addName("Owner3");
Assert.assertEquals("Bob Test CarOwner Owner3 true", true, co.containsName("Owner3"));
// register the car roads used
Assert.assertEquals("Bob Test CarRoads CP false", false, cr.containsName("CP"));
Assert.assertEquals("Bob Test CarRoads Road2 false", false, cr.containsName("Road2"));
Assert.assertEquals("Bob Test CarRoads Road3 false", false, cr.containsName("Road3"));
cr.addName("CP");
Assert.assertEquals("Bob Test CarRoads CP true", true, cr.containsName("CP"));
cr.addName("Road2");
Assert.assertEquals("Bob Test CarRoads Road2 true", true, cr.containsName("Road2"));
cr.addName("Road3");
Assert.assertEquals("Bob Test CarRoads Road3 true", true, cr.containsName("Road3"));
// register the car types used
Assert.assertEquals("Bob Test CarType Caboose false", false, ct.containsName("Caboose"));
Assert.assertEquals("Bob Test CarType Tanker false", false, ct.containsName("Tanker"));
Assert.assertEquals("Bob Test CarType Boxcar false", false, ct.containsName("Boxcar"));
ct.addName("Caboose");
Assert.assertEquals("Bob Test CarType Caboose true", true, ct.containsName("Caboose"));
ct.addName("Tanker");
Assert.assertEquals("Bob Test CarType Tanker true", true, ct.containsName("Tanker"));
ct.addName("Boxcar");
Assert.assertEquals("Bob Test CarType Boxcar true", true, ct.containsName("Boxcar"));
// register the car loads used
cld.addType("Boxcar");
Assert.assertEquals("Bob Test CarLoad Boxcar Flour false", false, cld.containsName("Boxcar", "Flour"));
Assert.assertEquals("Bob Test CarLoad Boxcar Bags false", false, cld.containsName("Boxcar", "Bags"));
cld.addName("Boxcar", "Flour");
Assert.assertEquals("Bob Test CarLoad Boxcar Flour true", true, cld.containsName("Boxcar", "Flour"));
cld.addName("Boxcar", "Bags");
Assert.assertEquals("Bob Test CarLoad Boxcar Bags true", true, cld.containsName("Boxcar", "Bags"));
// register the engine models used
Assert.assertEquals("Bob Test EngineModel GP40 false", false, em.containsName("GP40"));
Assert.assertEquals("Bob Test EngineModel GP30 false", false, em.containsName("GP30"));
em.addName("GP40");
Assert.assertEquals("Bob Test EngineModel GP40 true", true, em.containsName("GP40"));
em.addName("GP30");
Assert.assertEquals("Bob Test EngineModel GP30 true", true, em.containsName("GP30"));
// Create locations used
Location loc1;
loc1 = lmanager.newLocation("Westend");
loc1.setTrainDirections(Location.WEST + Location.EAST);
Assert.assertEquals("Bob Test Location Westend Name", "Westend", loc1.getName());
Assert.assertEquals("Bob Test Location Westend Directions", 3, loc1.getTrainDirections());
Assert.assertEquals("Bob Test Location Westend Type Diesel", true, loc1.acceptsTypeName("Diesel"));
Assert.assertEquals("Bob Test Location Westend Type Boxcar", true, loc1.acceptsTypeName("Boxcar"));
Assert.assertEquals("Bob Test Location Westend Type Caboose", true, loc1.acceptsTypeName("Caboose"));
Location loc2;
loc2 = lmanager.newLocation("Midtown");
loc2.setTrainDirections(Location.WEST + Location.EAST);
Assert.assertEquals("Bob Test Location Midtown Name", "Midtown", loc2.getName());
Assert.assertEquals("Bob Test Location Midtown Directions", 3, loc2.getTrainDirections());
Assert.assertEquals("Bob Test Location Midtown Type Diesel", true, loc2.acceptsTypeName("Diesel"));
Assert.assertEquals("Bob Test Location Midtown Type Boxcar", true, loc2.acceptsTypeName("Boxcar"));
Assert.assertEquals("Bob Test Location Midtown Type Caboose", true, loc2.acceptsTypeName("Caboose"));
Location loc3;
loc3 = lmanager.newLocation("Eastend");
loc3.setTrainDirections(Location.WEST + Location.EAST);
Assert.assertEquals("Bob Test Location Eastend Name", "Eastend", loc3.getName());
Assert.assertEquals("Bob Test Location Eastend Directions", 3, loc3.getTrainDirections());
Assert.assertEquals("Bob Test Location Eastend Type Diesel", true, loc3.acceptsTypeName("Diesel"));
Assert.assertEquals("Bob Test Location Eastend Type Boxcar", true, loc3.acceptsTypeName("Boxcar"));
Assert.assertEquals("Bob Test Location Eastend Type Caboose", true, loc3.acceptsTypeName("Caboose"));
Track loc1trk1;
loc1trk1 = loc1.addTrack("Westend Staging 1", Track.YARD);
loc1trk1.setTrainDirections(Track.WEST + Track.EAST);
loc1trk1.setLength(500);
Assert.assertEquals("Bob Test Track Westend Staging 1 Name", "Westend Staging 1", loc1trk1.getName());
Assert.assertEquals("Bob Test Track Westend Staging 1 Directions", 3, loc1trk1.getTrainDirections());
Assert.assertEquals("Bob Test Track Westend Staging 1 Length", 500, loc1trk1.getLength());
Assert.assertEquals("Bob Test Track Westend Staging 1 Type Diesel", true, loc1trk1.acceptsTypeName("Diesel"));
Assert.assertEquals("Bob Test Track Westend Staging 1 Type Boxcar", true, loc1trk1.acceptsTypeName("Boxcar"));
Assert.assertEquals("Bob Test Track Westend Staging 1 Type Caboose", true, loc1trk1.acceptsTypeName("Caboose"));
Track loc2trk1;
loc2trk1 = loc2.addTrack("Midtown Inbound from West", Track.YARD);
loc2trk1.setTrainDirections(Track.WEST + Track.EAST);
loc2trk1.setLength(500);
Assert.assertEquals("Bob Test Track Midtown West Inbound Name", "Midtown Inbound from West", loc2trk1.getName());
Assert.assertEquals("Bob Test Track Midtown West Inbound Directions", 3, loc2trk1.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown West Inbound Length", 500, loc2trk1.getLength());
Track loc2trk2;
loc2trk2 = loc2.addTrack("Midtown Inbound from East", Track.YARD);
loc2trk2.setTrainDirections(Track.WEST + Track.EAST);
loc2trk2.setLength(500);
Assert.assertEquals("Bob Test Track Midtown East Inbound Name", "Midtown Inbound from East", loc2trk2.getName());
Assert.assertEquals("Bob Test Track Midtown East Inbound Directions", 3, loc2trk2.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown East Inbound Length", 500, loc2trk2.getLength());
Track loc2trk3;
loc2trk3 = loc2.addTrack("Midtown Outbound to West", Track.YARD);
loc2trk3.setTrainDirections(Track.WEST);
loc2trk3.setLength(500);
Assert.assertEquals("Bob Test Track Midtown West Outbound Name", "Midtown Outbound to West", loc2trk3.getName());
Assert.assertEquals("Bob Test Track Midtown West Outbound Directions", 2, loc2trk3.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown West Outbound Length", 500, loc2trk3.getLength());
Track loc2trk4;
loc2trk4 = loc2.addTrack("Midtown Outbound to East", Track.YARD);
loc2trk4.setTrainDirections(Track.EAST);
loc2trk4.setLength(500);
Assert.assertEquals("Bob Test Track Midtown East Outbound Name", "Midtown Outbound to East", loc2trk4.getName());
Assert.assertEquals("Bob Test Track Midtown East Outbound Directions", 1, loc2trk4.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown East Outbound Length", 500, loc2trk4.getLength());
Track loc2trkc1;
loc2trkc1 = loc2.addTrack("Midtown Caboose to East", Track.YARD);
loc2trkc1.setTrainDirections(Track.EAST);
loc2trkc1.setLength(100);
Assert.assertEquals("Bob Test Track Midtown East Caboose Name", "Midtown Caboose to East", loc2trkc1.getName());
Assert.assertEquals("Bob Test Track Midtown East Caboose Directions", 1, loc2trkc1.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown East Caboose Length", 100, loc2trkc1.getLength());
Track loc2trkc2;
loc2trkc2 = loc2.addTrack("Midtown Caboose to West", Track.YARD);
loc2trkc2.setTrainDirections(Track.WEST);
loc2trkc2.setLength(100);
Assert.assertEquals("Bob Test Track Midtown West Caboose Name", "Midtown Caboose to West", loc2trkc2.getName());
Assert.assertEquals("Bob Test Track Midtown West Caboose Directions", 2, loc2trkc2.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown west Caboose Length", 100, loc2trkc2.getLength());
Track loc2trke1;
loc2trke1 = loc2.addTrack("Midtown Engine to East", Track.YARD);
loc2trke1.setTrainDirections(Track.EAST);
loc2trke1.setLength(200);
Assert.assertEquals("Bob Test Track Midtown East Engine Name", "Midtown Engine to East", loc2trke1.getName());
Assert.assertEquals("Bob Test Track Midtown East Engine Directions", 1, loc2trke1.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown East Engine Length", 200, loc2trke1.getLength());
Track loc2trke2;
loc2trke2 = loc2.addTrack("Midtown Engine to West", Track.YARD);
loc2trke2.setTrainDirections(Track.WEST);
loc2trke2.setLength(200);
Assert.assertEquals("Bob Test Track Midtown West Engine Name", "Midtown Engine to West", loc2trke2.getName());
Assert.assertEquals("Bob Test Track Midtown West Engine Directions", 2, loc2trke2.getTrainDirections());
Assert.assertEquals("Bob Test Track Midtown west Engine Length", 200, loc2trke2.getLength());
Track loc3trk1;
loc3trk1 = loc3.addTrack("Eastend Staging 1", Track.YARD);
loc3trk1.setTrainDirections(Track.WEST + Track.EAST);
loc3trk1.setLength(500);
Assert.assertEquals("Bob Test Track Eastend Staging 1 Name", "Eastend Staging 1", loc3trk1.getName());
Assert.assertEquals("Bob Test Track Eastend Staging 1 Directions", 3, loc3trk1.getTrainDirections());
Assert.assertEquals("Bob Test Track Eastend Staging 1 Length", 500, loc3trk1.getLength());
Assert.assertEquals("Bob Test Track Eastend Staging 1 Type Diesel", true, loc3trk1.acceptsTypeName("Diesel"));
Assert.assertEquals("Bob Test Track Eastend Staging 1 Type Boxcar", true, loc3trk1.acceptsTypeName("Boxcar"));
Assert.assertEquals("Bob Test Track Eastend Staging 1 Type Caboose", true, loc3trk1.acceptsTypeName("Caboose"));
Assert.assertEquals("Bob Test Location Westend Length", 500, loc1.getLength());
Assert.assertEquals("Bob Test Location Midtown Length", 2600, loc2.getLength());
Assert.assertEquals("Bob Test Location Eastend Length", 500, loc3.getLength());
// Create engines used
Engine e1;
e1 = emanager.newEngine("CP", "5501");
e1.setModel("GP30");
e1.setMoves(5);
Assert.assertEquals("Bob Test Engine CP1801 Type", "Diesel", e1.getTypeName());
Assert.assertEquals("Bob Test Engine CP1801 Length", "56", e1.getLength());
Assert.assertEquals("Bob Test Engine CP1801 Hp", "2250", e1.getHp());
// Test that first "Diesel" is an acceptable type at all locations and tracks
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 1s1", "okay", e1.setLocation(loc1, loc1trk1));
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 2s1", "okay", e1.setLocation(loc2, loc2trk1));
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 2s2", "okay", e1.setLocation(loc2, loc2trk2));
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 2s3", "okay", e1.setLocation(loc2, loc2trk3));
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 2s4", "okay", e1.setLocation(loc2, loc2trk4));
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 3s1", "okay", e1.setLocation(loc3, loc3trk1));
Assert.assertEquals("Bob Test Engine CP1801 SetLocation 2s4 for real", "okay", e1.setLocation(loc2, loc2trke1));
Engine e2;
e2 = emanager.newEngine("CP", "5888");
e2.setModel("GP40");
Assert.assertEquals("Bob Test Engine CP5801 Type", "Diesel", e2.getTypeName());
Assert.assertEquals("Bob Test Engine CP5801 Length", "59", e2.getLength());
Assert.assertEquals("Bob Test Engine CP5801 Hp", "3000", e2.getHp());
Assert.assertEquals("Bob Test Engine CP5801 SetLocation 2s4", "okay", e2.setLocation(loc2, loc2trke2));
// Create cars used
Car b1;
b1 = cmanager.newCar("CP", "81234567");
b1.setTypeName("Boxcar");
b1.setLength("40");
b1.setLoadName("L");
b1.setMoves(5);
Assert.assertEquals("Bob Test Car CP81234567 Length", "40", b1.getLength());
Assert.assertEquals("Bob Test Car CP81234567 Load", "L", b1.getLoadName());
// Test that first "Boxcar" is an acceptable type at all locations and tracks
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 1s1", "okay", b1.setLocation(loc1, loc1trk1));
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 2s1", "okay", b1.setLocation(loc2, loc2trk1));
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 2s2", "okay", b1.setLocation(loc2, loc2trk2));
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 2s3", "okay", b1.setLocation(loc2, loc2trk3));
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 2s4", "okay", b1.setLocation(loc2, loc2trk4));
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 3s1", "okay", b1.setLocation(loc3, loc3trk1));
Assert.assertEquals("Bob Test Test Car CP81234567 SetLocation 2s4 for real", "okay", b1.setLocation(loc2, loc2trk4));
Car b2;
b2 = cmanager.newCar("CP", "81234568");
b2.setTypeName("Boxcar");
b2.setLength("40");
// b2.setLoad("E");
b2.setMoves(5);
Assert.assertEquals("Bob Test Car CP81234568 Length", "40", b2.getLength());
Assert.assertEquals("Bob Test Car CP81234568 Load", "E", b2.getLoadName());
Assert.assertEquals("Bob Test Test Car CP81234568 SetLocation 2s4", "okay", b2.setLocation(loc2, loc2trk4));
Car b3;
b3 = cmanager.newCar("CP", "81234569");
b3.setTypeName("Boxcar");
b3.setLength("40");
b3.setLoadName("Flour");
b3.setMoves(5);
Assert.assertEquals("Bob Test Car CP81234569 Length", "40", b3.getLength());
Assert.assertEquals("Bob Test Car CP81234569 Load", "Flour", b3.getLoadName());
Assert.assertEquals("Bob Test Test Car CP81234569 SetLocation 2s4", "okay", b3.setLocation(loc2, loc2trk4));
Car b4;
b4 = cmanager.newCar("CP", "81234566");
b4.setTypeName("Boxcar");
b4.setLength("40");
b4.setLoadName("Bags");
b4.setMoves(5);
Assert.assertEquals("Bob Test Car CP81234566 Length", "40", b4.getLength());
Assert.assertEquals("Bob Test Car CP81234566 Load", "Bags", b4.getLoadName());
Assert.assertEquals("Bob Test Test Car CP81234566 SetLocation 2s4", "okay", b4.setLocation(loc2, loc2trk4));
Car b5;
b5 = cmanager.newCar("CP", "71234567");
b5.setTypeName("Boxcar");
b5.setLength("40");
// b5.setLoad("E");
Assert.assertEquals("Bob Test Car CP71234567 Length", "40", b5.getLength());
Assert.assertEquals("Bob Test Car CP71234567 Load", "E", b5.getLoadName());
Assert.assertEquals("Bob Test Test Car CP71234567 SetLocation 2s4", "okay", b5.setLocation(loc2, loc2trk3));
Car b6;
b6 = cmanager.newCar("CP", "71234568");
b6.setTypeName("Boxcar");
b6.setLength("40");
// b6.setLoad("E");
Assert.assertEquals("Bob Test Car CP71234568 Length", "40", b6.getLength());
Assert.assertEquals("Bob Test Car CP71234568 Load", "E", b6.getLoadName());
Assert.assertEquals("Bob Test Test Car CP71234568 SetLocation 2s4", "okay", b6.setLocation(loc2, loc2trk3));
Car b7;
b7 = cmanager.newCar("CP", "71234569");
b7.setTypeName("Boxcar");
b7.setLength("40");
// b7.setLoad("E");
Assert.assertEquals("Bob Test Car CP71234569 Length", "40", b7.getLength());
Assert.assertEquals("Bob Test Car CP71234569 Load", "E", b7.getLoadName());
Assert.assertEquals("Bob Test Test Car CP71234569 SetLocation 2s4", "okay", b7.setLocation(loc2, loc2trk3));
Car b8;
b8 = cmanager.newCar("CP", "71234566");
b8.setTypeName("Boxcar");
b8.setLength("40");
// b2.setLoad("E");
Assert.assertEquals("Bob Test Car CP71234566 Length", "40", b8.getLength());
Assert.assertEquals("Bob Test Car CP71234566 Load", "E", b8.getLoadName());
Assert.assertEquals("Bob Test Test Car CP71234566 SetLocation 2s4", "okay", b8.setLocation(loc2, loc2trk3));
// Create cars used
Car c1;
c1 = cmanager.newCar("CP", "12345678");
c1.setTypeName("Caboose");
c1.setLength("32");
c1.setCaboose(true);
c1.setMoves(5);
Assert.assertEquals("Bob Test Caboose CP12345678 Length", "32", c1.getLength());
Assert.assertEquals("Bob Test Caboose CP12345678 Load", "E", c1.getLoadName());
// Test that first "Caboose" is an acceptable type at all locations and tracks
Assert.assertEquals("Bob Test Test Caboose CP12345678 SetLocation 1s1", "okay", c1.setLocation(loc1, loc1trk1));
Assert.assertEquals("Bob Test Test Caboose CP12345678 SetLocation 3s1", "okay", c1.setLocation(loc3, loc3trk1));
Assert.assertEquals("Bob Test Test Caboose CP12345678 SetLocation 2s5 for real", "okay", c1.setLocation(loc2, loc2trkc1));
Car c2;
c2 = cmanager.newCar("CP", "12345679");
c2.setTypeName("Caboose");
c2.setLength("32");
c2.setCaboose(true);
Assert.assertEquals("Bob Test Caboose CP12345679 Length", "32", c2.getLength());
Assert.assertEquals("Bob Test Caboose CP12345679 Load", "E", c2.getLoadName());
Assert.assertEquals("Bob Test Test Caboose CP12345679 SetLocation 2s5 for real", "okay", c2.setLocation(loc2, loc2trkc2));
Assert.assertEquals("Bob Test Location Westend Used Length", 0, loc1.getUsedLength());
// 56+4 + 59+4 + 2*(4*(40+4) + 32+4) = 123 + 2*(176 + 36) = 547
Assert.assertEquals("Bob Test Location Midtown Used Length", 547, loc2.getUsedLength());
Assert.assertEquals("Bob Test Location Eastend Used Length", 0, loc3.getUsedLength());
// Create routes used
Route rte1;
rte1 = rmanager.newRoute("Midtown to Eastend Through");
Assert.assertEquals("Bob Test Route rte1 Name", "Midtown to Eastend Through", rte1.getName());
RouteLocation rte1rln1;
rte1rln1 = rte1.addLocation(loc2);
rte1rln1.setTrainDirection(RouteLocation.EAST);
// set the train icon coordinates
rte1rln1.setTrainIconX(175);
rte1rln1.setTrainIconY(25);
Assert.assertEquals("Bob Test Route Location rte1rln1 Name", "Midtown", rte1rln1.getName());
Assert.assertEquals("Bob Test Route Location rte1rln1 Seq", 1, rte1rln1.getSequenceId());
RouteLocation rte1rln2;
rte1rln2 = rte1.addLocation(loc3);
rte1rln2.setTrainDirection(RouteLocation.EAST);
// set the train icon coordinates
rte1rln2.setTrainIconX(25);
rte1rln2.setTrainIconY(50);
Assert.assertEquals("Bob Test Route Location rte1rln2 Name", "Eastend", rte1rln2.getName());
Assert.assertEquals("Bob Test Route Location rte1rln2 Seq", 2, rte1rln2.getSequenceId());
Route rte2;
rte2 = rmanager.newRoute("Midtown to Westend Through");
Assert.assertEquals("Bob Test Route rte2 Name", "Midtown to Westend Through", rte2.getName());
RouteLocation rte2rln1;
rte2rln1 = rte2.addLocation(loc2);
rte2rln1.setTrainDirection(RouteLocation.WEST);
// set the train icon coordinates
rte2rln1.setTrainIconX(75);
rte2rln1.setTrainIconY(50);
Assert.assertEquals("Bob Test Route Location rte2rln1 Name", "Midtown", rte2rln1.getName());
Assert.assertEquals("Bob Test Route Location rte2rln1 Seq", 1, rte2rln1.getSequenceId());
RouteLocation rte2rln2;
rte2rln2 = rte2.addLocation(loc1);
rte2rln2.setTrainDirection(RouteLocation.WEST);
// set the train icon coordinates
rte2rln2.setTrainIconX(125);
rte2rln2.setTrainIconY(50);
Assert.assertEquals("Bob Test Route Location rte2rln2 Name", "Westend", rte2rln2.getName());
Assert.assertEquals("Bob Test Route Location rte2rln2 Seq", 2, rte2rln2.getSequenceId());
// Create trains used
Train train1;
train1 = tmanager.newTrain("MET");
train1.setRoute(rte1);
train1.setNumberEngines("1");
train1.setRequirements(Train.CABOOSE);
// train1.addTypeName("Diesel");
// train1.addTypeName("Boxcar");
// train1.addTypeName("Caboose");
Assert.assertEquals("Bob Test Train train1 Name", "MET", train1.getName());
Assert.assertEquals("Bob Test Train train1 Departs Name", "Midtown", train1.getTrainDepartsName());
Assert.assertEquals("Bob Test Train train1 Terminates Name", "Eastend", train1.getTrainTerminatesName());
Train train2;
train2 = tmanager.newTrain("MWT");
train2.setRoute(rte2);
train2.setNumberEngines("1");
train2.setRequirements(Train.CABOOSE);
// train2.addTypeName("Diesel");
// train2.addTypeName("Boxcar");
// train2.addTypeName("Caboose");
Assert.assertEquals("Bob Test Train train2 Name", "MWT", train2.getName());
Assert.assertEquals("Bob Test Train train2 Departs Name", "Midtown", train2.getTrainDepartsName());
Assert.assertEquals("Bob Test Train train2 Terminates Name", "Westend", train2.getTrainTerminatesName());
// Build trains
train1.build();
train2.build();
Assert.assertTrue("Bob test train1 built", train1.isBuilt());
Assert.assertTrue("Bob test train2 built", train2.isBuilt());
}
Also used :
LocationManager(jmri.jmrit.operations.locations.LocationManager)
CarColors(jmri.jmrit.operations.rollingstock.cars.CarColors)
EngineManager(jmri.jmrit.operations.rollingstock.engines.EngineManager)
CarOwners(jmri.jmrit.operations.rollingstock.cars.CarOwners)
CarLengths(jmri.jmrit.operations.rollingstock.cars.CarLengths)
EngineModels(jmri.jmrit.operations.rollingstock.engines.EngineModels)
CarTypes(jmri.jmrit.operations.rollingstock.cars.CarTypes)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
CarLoads(jmri.jmrit.operations.rollingstock.cars.CarLoads)
CarRoads(jmri.jmrit.operations.rollingstock.cars.CarRoads)
Car(jmri.jmrit.operations.rollingstock.cars.Car)
CarManager(jmri.jmrit.operations.rollingstock.cars.CarManager)
Track(jmri.jmrit.operations.locations.Track)
Engine(jmri.jmrit.operations.rollingstock.engines.Engine)
Route(jmri.jmrit.operations.routes.Route)
RouteManager(jmri.jmrit.operations.routes.RouteManager)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
Location(jmri.jmrit.operations.locations.Location)
Example 15 with CarTypes
use of jmri.jmrit.operations.rollingstock.cars.CarTypes in project JMRI by JMRI.
the class JUnitOperationsUtil method initOperationsData.
/**
* Populate the Operations Managers with a common set of data for tests.
*/
public static void initOperationsData() {
TrainManager tmanager = TrainManager.instance();
RouteManager rmanager = RouteManager.instance();
LocationManager lmanager = LocationManager.instance();
EngineManager emanager = EngineManager.instance();
CarManager cmanager = CarManager.instance();
CarTypes ct = CarTypes.instance();
EngineTypes et = EngineTypes.instance();
// register the car and engine types used
ct.addName("Boxcar");
ct.addName("Caboose");
ct.addName("Flat");
et.addName("Diesel");
// Set up four engines in two consists
Consist con1 = emanager.newConsist("C16");
Consist con2 = emanager.newConsist("C14");
Engine e1 = new Engine("PC", "5016");
e1.setModel("GP40");
e1.setConsist(con1);
e1.setMoves(123);
e1.setOwner("AT");
e1.setBuilt("1990");
emanager.register(e1);
Engine e2 = new Engine("PC", "5019");
e2.setModel("GP40");
e2.setConsist(con1);
e2.setMoves(321);
e2.setOwner("AT");
e2.setBuilt("1990");
emanager.register(e2);
Engine e3 = new Engine("PC", "5524");
e3.setModel("SD45");
e3.setConsist(con2);
e3.setOwner("DAB");
e3.setBuilt("1980");
emanager.register(e3);
Engine e4 = new Engine("PC", "5559");
e4.setModel("SD45");
e4.setConsist(con2);
e4.setOwner("DAB");
e4.setBuilt("1980");
emanager.register(e4);
// Set up two cabooses and six box cars
Car c1 = new Car("CP", "C10099");
c1.setTypeName("Caboose");
c1.setLength("32");
c1.setMoves(23);
c1.setOwner("AT");
c1.setBuilt("1980");
c1.setCaboose(true);
cmanager.register(c1);
Car c2 = new Car("CP", "C20099");
c2.setTypeName("Caboose");
c2.setLength("32");
c2.setMoves(54);
c2.setOwner("DAB");
c2.setBuilt("1984");
c2.setCaboose(true);
cmanager.register(c2);
Car c3 = new Car("CP", "X10001");
c3.setTypeName("Boxcar");
c3.setLength("40");
c3.setOwner("DAB");
c3.setBuilt("1984");
cmanager.register(c3);
Car c4 = new Car("CP", "X10002");
c4.setTypeName("Boxcar");
c4.setLength("40");
c4.setOwner("AT");
c4.setBuilt("1-84");
c4.setMoves(4444);
cmanager.register(c4);
Car c5 = new Car("CP", "X20001");
c5.setTypeName("Boxcar");
c5.setLength("40");
c5.setOwner("DAB");
c5.setBuilt("1980");
cmanager.register(c5);
Car c6 = new Car("CP", "X20002");
c6.setTypeName("Boxcar");
c6.setLength("40");
c6.setOwner("DAB");
c6.setBuilt("1978");
cmanager.register(c6);
Car c7 = new Car("CP", "777");
c7.setTypeName("Flat");
c7.setLength("50");
c7.setOwner("AT");
c7.setBuilt("1990");
c7.setMoves(6);
cmanager.register(c7);
Car c8 = new Car("CP", "888");
c8.setTypeName("Boxcar");
c8.setLength("60");
c8.setOwner("DAB");
c8.setBuilt("1985");
cmanager.register(c8);
Car c9 = new Car("CP", "99");
c9.setTypeName("Flat");
c9.setLength("90");
c9.setOwner("AT");
c9.setBuilt("6-80");
cmanager.register(c9);
// Set up a route of 3 locations: North End Staging (2 tracks),
// North Industries (1 track), and South End Staging (2 tracks).
Location l1 = new Location("1", "North End");
l1.setLocationOps(Location.STAGING);
l1.setTrainDirections(DIRECTION_ALL);
l1.setSwitchListEnabled(true);
lmanager.register(l1);
Track l1s1 = new Track("1s1", "North End 1", Track.STAGING, l1);
l1s1.setLength(300);
l1s1.setTrainDirections(DIRECTION_ALL);
l1s1.setRoadOption(Track.ALL_ROADS);
l1s1.setDropOption(Track.ANY);
l1s1.setPickupOption(Track.ANY);
Track l1s2 = new Track("1s2", "North End 2", Track.STAGING, l1);
l1s2.setLength(400);
l1s2.setTrainDirections(DIRECTION_ALL);
l1s2.setRoadOption(Track.ALL_ROADS);
l1s2.setDropOption(Track.ANY);
l1s2.setPickupOption(Track.ANY);
l1.addTrack("North End 1", Track.STAGING);
l1.addTrack("North End 2", Track.STAGING);
l1.register(l1s1);
l1.register(l1s2);
Location l2 = new Location("2", "North Industries");
l2.setLocationOps(Location.NORMAL);
l2.setTrainDirections(DIRECTION_ALL);
l2.setSwitchListEnabled(true);
lmanager.register(l2);
Track l2s1 = new Track("2s1", "NI Yard", Track.YARD, l2);
l2s1.setLength(432);
l2s1.setTrainDirections(DIRECTION_ALL);
l2.register(l2s1);
Location l3 = new Location("3", "South End");
l3.setLocationOps(Location.STAGING);
l3.setTrainDirections(DIRECTION_ALL);
l3.setSwitchListEnabled(true);
lmanager.register(l3);
Track l3s1 = new Track("3s1", "South End 1", Track.STAGING, l3);
l3s1.setLength(300);
l3s1.setTrainDirections(DIRECTION_ALL);
l3s1.setRoadOption(Track.ALL_ROADS);
l3s1.setDropOption(Track.ANY);
l3s1.setPickupOption(Track.ANY);
Track l3s2 = new Track("3s2", "South End 2", Track.STAGING, l3);
l3s2.setLength(401);
l3s2.setTrainDirections(DIRECTION_ALL);
l3s2.setRoadOption(Track.ALL_ROADS);
l3s2.setDropOption(Track.ANY);
l3s2.setPickupOption(Track.ANY);
l3.addTrack("South End 1", Track.STAGING);
l3.addTrack("South End 2", Track.STAGING);
l3.register(l3s1);
l3.register(l3s2);
// Place 4 Boxcars on Staging tracks
c3.setLocation(l1, l1s1);
c4.setLocation(l1, l1s1);
c5.setLocation(l1, l1s2);
c6.setLocation(l1, l1s2);
// Place 2 Boxcars and Flat in yard
c7.setLocation(l2, l2s1);
c8.setLocation(l2, l2s1);
c9.setLocation(l2, l2s1);
// Place Cabooses on Staging tracks
c1.setLocation(l1, l1s1);
// Define the route.
Route route1 = new Route("1", "Southbound Main Route");
RouteLocation rl1 = new RouteLocation("1r1", l1);
rl1.setSequenceId(1);
rl1.setTrainDirection(RouteLocation.SOUTH);
rl1.setMaxCarMoves(5);
rl1.setMaxTrainLength(1000);
// set the train icon coordinates
rl1.setTrainIconX(25);
rl1.setTrainIconY(25);
RouteLocation rl2 = new RouteLocation("1r2", l2);
rl2.setSequenceId(2);
rl2.setTrainDirection(RouteLocation.SOUTH);
// test for only 1 pickup and 1 drop
rl2.setMaxCarMoves(2);
rl2.setMaxTrainLength(1000);
// set the train icon coordinates
rl2.setTrainIconX(75);
rl2.setTrainIconY(25);
RouteLocation rl3 = new RouteLocation("1r3", l3);
rl3.setSequenceId(3);
rl3.setTrainDirection(RouteLocation.SOUTH);
rl3.setMaxCarMoves(5);
rl3.setMaxTrainLength(1000);
// set the train icon coordinates
rl3.setTrainIconX(125);
rl3.setTrainIconY(25);
route1.register(rl1);
route1.register(rl2);
route1.register(rl3);
rmanager.register(route1);
// Finally ready to define the trains.
Train train1 = new Train("1", "STF");
train1.setRequirements(Train.CABOOSE);
train1.setCabooseRoad("CP");
train1.deleteTypeName("Flat");
train1.setRoadOption(Train.ALL_ROADS);
train1.setRoute(route1);
train1.setDepartureTime("6", "5");
tmanager.register(train1);
Train train2 = new Train("2", "SFF");
// there are boxcars waiting in staging so build should fail
train2.deleteTypeName("Boxcar");
train2.deleteTypeName("Flat");
train2.setRoute(route1);
train2.setDepartureTime("22", "45");
tmanager.register(train2);
}
Also used :
LocationManager(jmri.jmrit.operations.locations.LocationManager)
EngineTypes(jmri.jmrit.operations.rollingstock.engines.EngineTypes)
EngineManager(jmri.jmrit.operations.rollingstock.engines.EngineManager)
CarTypes(jmri.jmrit.operations.rollingstock.cars.CarTypes)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
TrainManager(jmri.jmrit.operations.trains.TrainManager)
Car(jmri.jmrit.operations.rollingstock.cars.Car)
Consist(jmri.jmrit.operations.rollingstock.engines.Consist)
CarManager(jmri.jmrit.operations.rollingstock.cars.CarManager)
Train(jmri.jmrit.operations.trains.Train)
Engine(jmri.jmrit.operations.rollingstock.engines.Engine)
Track(jmri.jmrit.operations.locations.Track)
Route(jmri.jmrit.operations.routes.Route)
RouteManager(jmri.jmrit.operations.routes.RouteManager)
RouteLocation(jmri.jmrit.operations.routes.RouteLocation)
Location(jmri.jmrit.operations.locations.Location)
Aggregations
CarTypes (jmri.jmrit.operations.rollingstock.cars.CarTypes)15
Location (jmri.jmrit.operations.locations.Location)12
LocationManager (jmri.jmrit.operations.locations.LocationManager)12
Track (jmri.jmrit.operations.locations.Track)12
Car (jmri.jmrit.operations.rollingstock.cars.Car)12
CarManager (jmri.jmrit.operations.rollingstock.cars.CarManager)12
Route (jmri.jmrit.operations.routes.Route)12
RouteLocation (jmri.jmrit.operations.routes.RouteLocation)12
RouteManager (jmri.jmrit.operations.routes.RouteManager)12
Engine (jmri.jmrit.operations.rollingstock.engines.Engine)7
EngineManager (jmri.jmrit.operations.rollingstock.engines.EngineManager)7
Consist (jmri.jmrit.operations.rollingstock.engines.Consist)6
EngineTypes (jmri.jmrit.operations.rollingstock.engines.EngineTypes)5
Schedule (jmri.jmrit.operations.locations.schedules.Schedule)3
ScheduleItem (jmri.jmrit.operations.locations.schedules.ScheduleItem)3
ScheduleManager (jmri.jmrit.operations.locations.schedules.ScheduleManager)3
Train (jmri.jmrit.operations.trains.Train)3
TrainManager (jmri.jmrit.operations.trains.TrainManager)3
CarRoads (jmri.jmrit.operations.rollingstock.cars.CarRoads)2
Kernel (jmri.jmrit.operations.rollingstock.cars.Kernel)2
