package jmri.jmrit.operations.rollingstock.cars; import org.junit.Assert; import org.junit.jupiter.api.Assertions; import org.junit.jupiter.api.Test; import jmri.InstanceManager; import jmri.jmrit.operations.OperationsTestCase; import jmri.jmrit.operations.locations.Location; import jmri.jmrit.operations.locations.Track; import jmri.util.JUnitOperationsUtil; /** * Tests for the Operations RollingStock Cars class Last manually cross-checked * on 20090131 *

* Still to do: Everything * * @author Bob Coleman Copyright (C) 2008, 2009 */ public class CarsTest extends OperationsTestCase { // test constructors. @Test public void testCtor() { // test the default constructor. Car c1 = new Car(); Assert.assertNotNull("Default Constructor", c1); } @Test public void test2ParmCtor() { // test the constructor with roadname and roadnumer as parameters. Car c1 = new Car("TESTROAD", "TESTNUMBER1"); Assert.assertNotNull("Two parameter Constructor", c1); Assert.assertEquals("Car Road", "TESTROAD", c1.getRoadName()); Assert.assertEquals("Car Number", "TESTNUMBER1", c1.getNumber()); Assert.assertEquals("Car ID", "TESTROAD" + "TESTNUMBER1", c1.getId()); } @Test public void testXmlConstructor() { // test the constructor loading this car from an XML element. // first, we need to build the XML element. org.jdom2.Element e = new org.jdom2.Element("cars"); // set the rolling stock generic attributes. e.setAttribute("id", "TESTID"); e.setAttribute("roadName", "TESTROAD1"); e.setAttribute("roadNumber", "TESTNUMBER1"); e.setAttribute(Xml.TYPE, "TESTTYPE"); e.setAttribute(Xml.LENGTH, "TESTLENGTH"); e.setAttribute(Xml.COLOR, "TESTCOLOR"); e.setAttribute("weight", "TESTWEIGHT"); e.setAttribute("weightTons", "TESTWEIGHTTONS"); e.setAttribute("built", "TESTBUILT"); e.setAttribute("locationId", "TESTLOCATION"); e.setAttribute("routeLocationId", "TESTROUTELOCATION"); e.setAttribute("secLocationId", "TESTTRACK"); e.setAttribute("destinationId", "TESTDESTINATION"); e.setAttribute("routeDestinationId", "TESTROUTEDESTINATION"); e.setAttribute("secDestionationId", "TESTDESTINATIONTRACK"); e.setAttribute("lastRouteId", "SAVEDROUTE"); e.setAttribute("moves", "BAD5"); e.setAttribute("date", "2015/05/15 15:15:15"); e.setAttribute("selected", Xml.FALSE); e.setAttribute("lastLocationId", "TESTLASTLOCATION"); e.setAttribute("train", "TESTTRAIN"); e.setAttribute("owner", "TESTOWNER"); e.setAttribute("value", "TESTVALUE"); e.setAttribute("rifd", "12345"); e.setAttribute("locUnknown", Xml.FALSE); e.setAttribute("outOfService", Xml.FALSE); e.setAttribute("blocking", "BAD6"); e.setAttribute("comment", "TESTCOMMENT"); e.setAttribute(Xml.PASSENGER, Xml.FALSE); e.setAttribute(Xml.HAZARDOUS, Xml.FALSE); e.setAttribute(Xml.CABOOSE, Xml.TRUE); e.setAttribute(Xml.FRED, Xml.FALSE); e.setAttribute(Xml.UTILITY, Xml.FALSE); e.setAttribute(Xml.KERNEL, "TESTKERNEL"); e.setAttribute(Xml.LEAD_KERNEL, Xml.FALSE); e.setAttribute(Xml.LOAD, "TESTLOAD"); e.setAttribute(Xml.LOAD_FROM_STAGING, Xml.TRUE); e.setAttribute(Xml.WAIT, "BAD7"); e.setAttribute(Xml.PICKUP_SCHEDULE_ID, "TESTPICKUPSCHEDULE"); e.setAttribute(Xml.SCHEDULE_ID, "TESTSCHEDULEID"); e.setAttribute(Xml.NEXT_DEST_ID, "TESTNEXTDESTID"); e.setAttribute(Xml.NEXT_DEST_TRACK_ID, "TESTNEXTDESTTRACKID"); e.setAttribute(Xml.PREVIOUS_NEXT_DEST_ID, "TESTPREVOIUSNEXTDESTID"); e.setAttribute(Xml.PREVIOUS_NEXT_DEST_TRACK_ID, "TESTPREVOUSNEXTDESTTRACKID"); e.setAttribute(Xml.PREVIOUS_SCHEDULE_ID, "TESTPREVIOUSSCHEDULEID"); e.setAttribute(Xml.RWE_DEST_ID, "TESTRWEDESTID"); e.setAttribute(Xml.RWE_LOAD, "TESTRWELOAD"); e.setAttribute(Xml.RWL_DEST_ID, "TESTRWLDESTID"); e.setAttribute(Xml.RWL_LOAD, "TESTRWLLOAD"); e.setAttribute(Xml.ROUTE_PATH, "TESTROUTEPATH"); Assertions.assertDoesNotThrow( () -> { Car c1 = new Car(e); Assertions.assertNotNull(c1, "Xml Element Constructor"); Assert.assertEquals("Car Road", "TESTROAD1", c1.getRoadName()); Assert.assertEquals("Car Number", "TESTNUMBER1", c1.getNumber()); Assert.assertEquals("Car ID", "TESTROAD1" + "TESTNUMBER1", c1.getId()); Assert.assertEquals("Car Type", "TESTTYPE", c1.getTypeName()); Assert.assertEquals("Car Length", "TESTLENGTH", c1.getLength()); Assert.assertEquals("Car Color", "TESTCOLOR", c1.getColor()); Assert.assertFalse("Car Hazardous", c1.isHazardous()); Assert.assertFalse("Car Fred", c1.hasFred()); Assert.assertTrue("Car Caboose", c1.isCaboose()); Assert.assertEquals("Car Weight", "TESTWEIGHT", c1.getWeight()); Assert.assertEquals("Car Built", "TESTBUILT", c1.getBuilt()); Assert.assertEquals("Car Owner", "TESTOWNER", c1.getOwnerName()); Assert.assertEquals("Car Comment", "TESTCOMMENT", c1.getComment()); Assert.assertEquals("Car Load", "TESTLOAD", c1.getLoadName()); Assert.assertEquals("Car RWE Load", "TESTRWELOAD", c1.getReturnWhenEmptyLoadName()); Assert.assertEquals("Car RWL Load", "TESTRWLLOAD", c1.getReturnWhenLoadedLoadName()); Assert.assertEquals("TESTROUTEPATH", c1.getRoutePath()); } ,"Exception while executing Xml Element Constructor"); jmri.util.JUnitAppender .assertErrorMessage("Move count (BAD5) for rollingstock (TESTROAD1 TESTNUMBER1) isn't a valid number!"); jmri.util.JUnitAppender .assertErrorMessage("Blocking (BAD6) for rollingstock (TESTROAD1 TESTNUMBER1) isn't a valid number!"); jmri.util.JUnitAppender.assertErrorMessage("Kernel TESTKERNEL does not exist"); jmri.util.JUnitAppender .assertErrorMessage("Wait count (BAD7) for car (TESTROAD1 TESTNUMBER1) isn't a valid number!"); } // test creation @Test public void testCreate() { Car c1 = new Car("TESTROAD", "TESTNUMBER1"); c1.setTypeName("TESTTYPE"); c1.setLength("TESTLENGTH"); c1.setColor("TESTCOLOR"); c1.setCarHazardous(true); c1.setFred(true); c1.setCaboose(true); c1.setWeight("TESTWEIGHT"); c1.setBuilt("TESTBUILT"); c1.setOwnerName("TESTOWNER"); c1.setComment("TESTCOMMENT"); c1.setMoves(5); Assert.assertEquals("Car Road", "TESTROAD", c1.getRoadName()); Assert.assertEquals("Car Number", "TESTNUMBER1", c1.getNumber()); Assert.assertEquals("Car ID", "TESTROAD" + "TESTNUMBER1", c1.getId()); Assert.assertEquals("Car Type", "TESTTYPE", c1.getTypeName()); Assert.assertEquals("Car Length", "TESTLENGTH", c1.getLength()); Assert.assertEquals("Car Color", "TESTCOLOR", c1.getColor()); Assert.assertTrue("Car Hazardous", c1.isHazardous()); Assert.assertTrue("Car Fred", c1.hasFred()); Assert.assertTrue("Car Caboose", c1.isCaboose()); Assert.assertEquals("Car Weight", "TESTWEIGHT", c1.getWeight()); Assert.assertEquals("Car Built", "TESTBUILT", c1.getBuilt()); Assert.assertEquals("Car Owner", "TESTOWNER", c1.getOwnerName()); Assert.assertEquals("Car Comment", "TESTCOMMENT", c1.getComment()); Assert.assertEquals("Car Moves", 5, c1.getMoves()); } // test setting the location @Test public void testSetLocation() { CarManager manager = InstanceManager.getDefault(CarManager.class); Car c1 = manager.newRS("CP", "1"); Car c2 = manager.newRS("ACL", "3"); Car c3 = manager.newRS("CP", "3"); Car c4 = manager.newRS("CP", "3-1"); Car c5 = manager.newRS("PC", "2"); Car c6 = manager.newRS("AA", "1"); //setup the cars c1.setTypeName("Boxcar"); c2.setTypeName("Boxcar"); c3.setTypeName("Boxcar"); c4.setTypeName("Boxcar"); c5.setTypeName("Boxcar"); c6.setTypeName("Boxcar"); c1.setLength("13"); c2.setLength("9"); c3.setLength("12"); c4.setLength("10"); c5.setLength("11"); c6.setLength("14"); Location l1 = new Location("id1", "B"); Track l1t1 = l1.addTrack("A", Track.SPUR); Track l1t2 = l1.addTrack("B", Track.SPUR); Location l2 = new Location("id2", "C"); Track l2t1 = l2.addTrack("B", Track.SPUR); Track l2t2 = l2.addTrack("A", Track.SPUR); Location l3 = new Location("id3", "A"); Track l3t1 = l3.addTrack("B", Track.SPUR); Track l3t2 = l3.addTrack("A", Track.SPUR); // add track lengths l1t1.setLength(100); l1t2.setLength(100); l2t1.setLength(100); l2t2.setLength(100); l3t1.setLength(100); l3t2.setLength(100); l1.addTypeName("Boxcar"); l2.addTypeName("Boxcar"); l3.addTypeName("Boxcar"); l1t1.addTypeName("Boxcar"); l1t2.addTypeName("Boxcar"); l2t1.addTypeName("Boxcar"); l2t2.addTypeName("Boxcar"); l3t1.addTypeName("Boxcar"); l3t2.addTypeName("Boxcar"); CarTypes ct = InstanceManager.getDefault(CarTypes.class); ct.addName("Boxcar"); // place cars on tracks Assert.assertEquals("place c1", Track.OKAY, c1.setLocation(l1, l1t1)); Assert.assertEquals("place c2", Track.OKAY, c2.setLocation(l1, l1t2)); Assert.assertEquals("place c3", Track.OKAY, c3.setLocation(l2, l2t1)); Assert.assertEquals("place c4", Track.OKAY, c4.setLocation(l2, l2t2)); Assert.assertEquals("place c5", Track.OKAY, c5.setLocation(l3, l3t1)); Assert.assertEquals("place c6", Track.OKAY, c6.setLocation(l3, l3t2)); } // test setting the destination @Test public void testSetDestination() { CarManager manager = InstanceManager.getDefault(CarManager.class); Car c1 = manager.newRS("CP", "1"); Car c2 = manager.newRS("ACL", "3"); Car c3 = manager.newRS("CP", "3"); Car c4 = manager.newRS("CP", "3-1"); Car c5 = manager.newRS("PC", "2"); Car c6 = manager.newRS("AA", "1"); //setup the cars c1.setTypeName("Boxcar"); c2.setTypeName("Boxcar"); c3.setTypeName("Boxcar"); c4.setTypeName("Boxcar"); c5.setTypeName("Boxcar"); c6.setTypeName("Boxcar"); c1.setLength("13"); c2.setLength("9"); c3.setLength("12"); c4.setLength("10"); c5.setLength("11"); c6.setLength("14"); Location l1 = new Location("id1", "B"); Track l1t1 = l1.addTrack("A", Track.SPUR); Track l1t2 = l1.addTrack("B", Track.SPUR); Location l2 = new Location("id2", "C"); Track l2t1 = l2.addTrack("B", Track.SPUR); Track l2t2 = l2.addTrack("A", Track.SPUR); Location l3 = new Location("id3", "A"); Track l3t1 = l3.addTrack("B", Track.SPUR); Track l3t2 = l3.addTrack("A", Track.SPUR); // add track lengths l1t1.setLength(100); l1t2.setLength(100); l2t1.setLength(100); l2t2.setLength(100); l3t1.setLength(100); l3t2.setLength(100); l1.addTypeName("Boxcar"); l2.addTypeName("Boxcar"); l3.addTypeName("Boxcar"); l1t1.addTypeName("Boxcar"); l1t2.addTypeName("Boxcar"); l2t1.addTypeName("Boxcar"); l2t2.addTypeName("Boxcar"); l3t1.addTypeName("Boxcar"); l3t2.addTypeName("Boxcar"); CarTypes ct = InstanceManager.getDefault(CarTypes.class); ct.addName("Boxcar"); // place cars on tracks c1.setLocation(l1, l1t1); c2.setLocation(l1, l1t2); c3.setLocation(l2, l2t1); c4.setLocation(l2, l2t2); c5.setLocation(l3, l3t1); c6.setLocation(l3, l3t2); // set car destinations Assert.assertEquals("destination c1", Track.OKAY, c1.setDestination(l3, l3t1)); Assert.assertEquals("destination c2", Track.OKAY, c2.setDestination(l3, l3t2)); Assert.assertEquals("destination c3", Track.OKAY, c3.setDestination(l2, l2t2)); Assert.assertEquals("destination c4", Track.OKAY, c4.setDestination(l2, l2t1)); Assert.assertEquals("destination c5", Track.OKAY, c5.setDestination(l1, l1t1)); Assert.assertEquals("destination c6", Track.OKAY, c6.setDestination(l1, l1t2)); } @Test public void testKernel() { CarTypes ct = InstanceManager.getDefault(CarTypes.class); ct.addName("Boxcar"); ct.addName("Flatcar"); ct.addName("Gon"); Location westford = JUnitOperationsUtil.createOneNormalLocation("Westford"); Track spur1 = westford.getTrackByName("Westford Spur 1", null); Track yard1 = westford.getTrackByName("Westford Yard 1", null); Track yard2 = westford.getTrackByName("Westford Yard 2", null); CarLoads carLoads = InstanceManager.getDefault(CarLoads.class); carLoads.addName("Boxcar", "Nuts"); carLoads.addName("Flatcar", "Steel"); carLoads.addName("Gon", "Scrap"); Car c1 = JUnitOperationsUtil.createAndPlaceCar("CP", "10", "Boxcar", "40", spur1, 10); Car c2 = JUnitOperationsUtil.createAndPlaceCar("CP", "20", "Flatcar", "40", spur1, 11); Car c3 = JUnitOperationsUtil.createAndPlaceCar("CP", "30", "Gon", "40", spur1, 12); // put all three cars in a kernel Kernel k = InstanceManager.getDefault(KernelManager.class).newKernel("K"); c1.setKernel(k); c2.setKernel(k); c3.setKernel(k); c1.setLoadName("Nuts"); c1.setDestination(westford, yard1); // try updating the non-lead car, does nothing c2.updateKernel(); Assert.assertEquals("Car load", "Nuts", c1.getLoadName()); Assert.assertEquals("Car load", "E", c2.getLoadName()); Assert.assertEquals("Car load", "E", c3.getLoadName()); // the update will add a custom load if available to non-lead cars c1.updateKernel(); Assert.assertEquals("Car load", "Nuts", c1.getLoadName()); Assert.assertEquals("Car load", "Steel", c2.getLoadName()); Assert.assertEquals("Car load", "Scrap", c3.getLoadName()); // disallow steel yard1.setLoadOption(Track.EXCLUDE_LOADS); yard1.addLoadName("Steel"); c2.setLoadName("Something"); c1.updateKernel(); Assert.assertEquals("Car load", "Nuts", c1.getLoadName()); Assert.assertEquals("Car load", "Something", c2.getLoadName()); Assert.assertEquals("Car load", "Scrap", c3.getLoadName()); // provide a final destination c1.setFinalDestinationTrack(yard2); c1.updateKernel(); Assert.assertEquals("Car load", "Nuts", c1.getLoadName()); Assert.assertEquals("Car load", "Steel", c2.getLoadName()); Assert.assertEquals("Car load", "Scrap", c3.getLoadName()); // allow non-lead car to have the same load name as the lead car carLoads.addName("Flatcar", "Nuts"); c1.updateKernel(); Assert.assertEquals("Car load", "Nuts", c1.getLoadName()); Assert.assertEquals("Car load", "Nuts", c2.getLoadName()); Assert.assertEquals("Car load", "Scrap", c3.getLoadName()); } }